Deck 6: Circles

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Question
  Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px>
Supply missing statements and missing reasons for the following proof.
Given: Chords   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> and   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> intersect at point N in   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> Prove:   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px>   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> )
S1. R1.
S2. Draw   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> R2.
S3.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> R3. The measure of an ext.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> of a   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> is   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> the sum
of measures of the two nonadjacent int.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> . S4.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> and   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality<div style=padding-top: 35px> R4.
S5. R5. Substitution Property of Equality
S6. R6. Substitution Property of Equality
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Question
  Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px>
Supply missing statements and missing reasons for the proof of the following theorem.
"An angle inscribed in a semicircle is a right angle."
Given:   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px> with diameter   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px> and   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px> (as shown)
Prove:   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px> is a right angle.
S1. R1.
S2.   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px> R2.
S3. R3. The measure of a semicircle is 180.
S4.   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px> or   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.<div style=padding-top: 35px> R4.
S5. R5.
Question
  Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .]<div style=padding-top: 35px>
Use the drawing provided to explain why the following theorem is true.
"The tangent segments to a circle from an external point are congruent."
Given:   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .]<div style=padding-top: 35px> and   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .]<div style=padding-top: 35px> are tangent to   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .]<div style=padding-top: 35px> Prove:   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .]<div style=padding-top: 35px> [Hint: Use auxiliary line segment   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .]<div style=padding-top: 35px> .]
Question
  Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px>
Supply missing statements and missing reasons for the following proof.
Given: Chords   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> ,   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> ,   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> , and   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> as shown
Prove:   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> S1. R1.
S2.   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> R2.
S3. R3. If 2 inscribed   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> intercept the same arc, these   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> are   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.<div style=padding-top: 35px> .
S4. R4.
Question
  Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px>
Supply missing statements and missing reasons for the following proof.
Given:   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px>   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px> in   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px> Prove:   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px> is an isosceles triangle
S1. R1.
S2.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px>   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px> R2.
S3.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px>   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px> R3.
S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half
the degree measure of its intercepted arc.
S5.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.<div style=padding-top: 35px> R5.
S6. R6. Definition of congruent angles
S7. R7. If two angles of a triangle are congruent, then the two sides
that lie opposite those angles are also congruent.
S8. R8.
Question
  Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px>
Supply missing reasons for the following proof.
Given:   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> with diameter   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> Prove:   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> S1.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> with diameter   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R1.
S2. Draw radius   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R2.
S3.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R3.
S4.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R4.
S5.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R5.
S6.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R6.
S7.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> or R7.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> S8.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R8.
S9. But   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R9.
S10. Then   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.<div style=padding-top: 35px> R10.
Question
Explain why the following must be true.
Given: Points A, B, and C lie on Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle.<div style=padding-top: 35px> in such a way that Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle.<div style=padding-top: 35px> Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle.<div style=padding-top: 35px> ;
also, chords Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle.<div style=padding-top: 35px> , Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle.<div style=padding-top: 35px> , and Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle.<div style=padding-top: 35px> (no drawing provided)
Prove: Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle.<div style=padding-top: 35px> must be an isosceles triangle.
Question
  Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:    <div style=padding-top: 35px>
Supply all statements and all reasons for the proof that follows.
Given:   Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:    <div style=padding-top: 35px> ;   Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:    <div style=padding-top: 35px> Prove:   Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:    <div style=padding-top: 35px>   Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:    <div style=padding-top: 35px>
Question
  Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px>
Supply missing statements and missing reasons for the following proof.
Given: In the circle,   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px> Prove:   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px>   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px> S1. R1.
S2. Draw   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px> R2.
S3.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px> R3.
S4. R4. Congruent angles have equal measures.
S5. ? and ? R5. The measure of an inscribed angle equals one-half
the measure of its intercepted arc.
S6.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px>   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px> R6.
S7.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px>   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.<div style=padding-top: 35px> R7.
S8. R8.
Question
  Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px>
Supply missing statements and missing reasons for the following proof.
Given:   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> ; chords   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> and   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> intersect at point V
Prove:   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> S1. R1.
S2. Draw   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> and   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> . R2.
S3. R3. Vertical angles are congruent.
S4.   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> R4.
S5. R5. AA
S6.   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion<div style=padding-top: 35px> R6.
S7. R7. Means-Extremes Property of a Proportion
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Deck 6: Circles
1
  Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality
Supply missing statements and missing reasons for the following proof.
Given: Chords   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality and   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality intersect at point N in   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality Prove:   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality )
S1. R1.
S2. Draw   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality R2.
S3.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality R3. The measure of an ext.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality of a   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality is   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality the sum
of measures of the two nonadjacent int.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality . S4.   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality and   Supply missing statements and missing reasons for the following proof. Given: Chords   and   intersect at point N in   Prove:     ) S1. R1. S2. Draw   R2. S3.   R3. The measure of an ext.   of a   is   the sum of measures of the two nonadjacent int.   . S4.   and   R4. S5. R5. Substitution Property of Equality S6. R6. Substitution Property of Equality R4.
S5. R5. Substitution Property of Equality
S6. R6. Substitution Property of Equality
S1. Chords S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) and S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) intersect at point N in S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) R1. Given
R2. Through 2 points, there is exactly one line.
R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc.
S5. S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) S6. S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) S1. Chords   and   intersect at point N in   R1. Given R2. Through 2 points, there is exactly one line. R4. In a circle, the measure of an inscribed angle is one-half that of its intercepted arc. S5.       S6.     ) )
2
  Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5.
Supply missing statements and missing reasons for the proof of the following theorem.
"An angle inscribed in a semicircle is a right angle."
Given:   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5. with diameter   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5. and   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5. (as shown)
Prove:   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5. is a right angle.
S1. R1.
S2.   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5. R2.
S3. R3. The measure of a semicircle is 180.
S4.   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5. or   Supply missing statements and missing reasons for the proof of the following theorem. An angle inscribed in a semicircle is a right angle. Given:   with diameter   and   (as shown) Prove:   is a right angle. S1. R1. S2.   R2. S3. R3. The measure of a semicircle is 180. S4.   or   R4. S5. R5. R4.
S5. R5.
S1. S1.   with diameter   and   (as shown) R1. Given R2. The measure of an inscribed angle is on-half the degree measure of its intercepted arc. S3.     R4. Substitution Property of Equality S5.   is a right angle. R5. Definition of a right angle. with diameter S1.   with diameter   and   (as shown) R1. Given R2. The measure of an inscribed angle is on-half the degree measure of its intercepted arc. S3.     R4. Substitution Property of Equality S5.   is a right angle. R5. Definition of a right angle. and S1.   with diameter   and   (as shown) R1. Given R2. The measure of an inscribed angle is on-half the degree measure of its intercepted arc. S3.     R4. Substitution Property of Equality S5.   is a right angle. R5. Definition of a right angle. (as shown)
R1. Given
R2. The measure of an inscribed angle is on-half the degree measure of its intercepted arc.
S3. S1.   with diameter   and   (as shown) R1. Given R2. The measure of an inscribed angle is on-half the degree measure of its intercepted arc. S3.     R4. Substitution Property of Equality S5.   is a right angle. R5. Definition of a right angle. S1.   with diameter   and   (as shown) R1. Given R2. The measure of an inscribed angle is on-half the degree measure of its intercepted arc. S3.     R4. Substitution Property of Equality S5.   is a right angle. R5. Definition of a right angle. R4. Substitution Property of Equality
S5. S1.   with diameter   and   (as shown) R1. Given R2. The measure of an inscribed angle is on-half the degree measure of its intercepted arc. S3.     R4. Substitution Property of Equality S5.   is a right angle. R5. Definition of a right angle. is a right angle.
R5. Definition of a right angle.
3
  Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .]
Use the drawing provided to explain why the following theorem is true.
"The tangent segments to a circle from an external point are congruent."
Given:   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .] and   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .] are tangent to   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .] Prove:   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .] [Hint: Use auxiliary line segment   Use the drawing provided to explain why the following theorem is true. The tangent segments to a circle from an external point are congruent. Given:   and   are tangent to   Prove:   [Hint: Use auxiliary line segment   .] .]
Draw Draw   . Now   and   because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc. Then   by substitution, so   . Then   because these sides lie opposite the congruent angles of   . . Now Draw   . Now   and   because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc. Then   by substitution, so   . Then   because these sides lie opposite the congruent angles of   . and Draw   . Now   and   because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc. Then   by substitution, so   . Then   because these sides lie opposite the congruent angles of   . because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc.
Then Draw   . Now   and   because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc. Then   by substitution, so   . Then   because these sides lie opposite the congruent angles of   . by substitution, so Draw   . Now   and   because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc. Then   by substitution, so   . Then   because these sides lie opposite the congruent angles of   . . Then Draw   . Now   and   because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc. Then   by substitution, so   . Then   because these sides lie opposite the congruent angles of   . because these sides lie opposite the congruent angles of Draw   . Now   and   because the measure of an angle formed by a tangent and chord at the point of contact is one-half the measure of the intercepted arc. Then   by substitution, so   . Then   because these sides lie opposite the congruent angles of   . .
4
  Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4.
Supply missing statements and missing reasons for the following proof.
Given: Chords   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. ,   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. ,   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. , and   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. as shown
Prove:   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. S1. R1.
S2.   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. R2.
S3. R3. If 2 inscribed   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. intercept the same arc, these   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. are   Supply missing statements and missing reasons for the following proof. Given: Chords   ,   ,   , and   as shown Prove:   S1. R1. S2.   R2. S3. R3. If 2 inscribed   intercept the same arc, these   are   . S4. R4. .
S4. R4.
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5
  Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.
Supply missing statements and missing reasons for the following proof.
Given:   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8. in   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8. Prove:   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8. is an isosceles triangle
S1. R1.
S2.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8. R2.
S3.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8. R3.
S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half
the degree measure of its intercepted arc.
S5.   Supply missing statements and missing reasons for the following proof. Given:     in   Prove:   is an isosceles triangle S1. R1. S2.     R2. S3.     R3. S4. ? and ? R4. The degree measure of an iscribed angle is equal to one-half the degree measure of its intercepted arc. S5.   R5. S6. R6. Definition of congruent angles S7. R7. If two angles of a triangle are congruent, then the two sides that lie opposite those angles are also congruent. S8. R8. R5.
S6. R6. Definition of congruent angles
S7. R7. If two angles of a triangle are congruent, then the two sides
that lie opposite those angles are also congruent.
S8. R8.
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6
  Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10.
Supply missing reasons for the following proof.
Given:   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. with diameter   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. Prove:   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. S1.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. with diameter   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R1.
S2. Draw radius   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R2.
S3.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R3.
S4.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R4.
S5.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R5.
S6.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R6.
S7.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. or R7.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. S8.   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R8.
S9. But   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R9.
S10. Then   Supply missing reasons for the following proof. Given:   with diameter   Prove:   S1.   with diameter   R1. S2. Draw radius   R2. S3.   R3. S4.   R4. S5.   R5. S6.   R6. S7.   or R7.   S8.   R8. S9. But   R9. S10. Then   R10. R10.
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7
Explain why the following must be true.
Given: Points A, B, and C lie on Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle. in such a way that Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle. Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle. ;
also, chords Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle. , Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle. , and Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle. (no drawing provided)
Prove: Explain why the following must be true. Given: Points A, B, and C lie on   in such a way that     ; also, chords   ,   , and   (no drawing provided) Prove:   must be an isosceles triangle. must be an isosceles triangle.
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8
  Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:
Supply all statements and all reasons for the proof that follows.
Given:   Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:    ;   Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:    Prove:   Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:      Supply all statements and all reasons for the proof that follows. Given:   ;   Prove:
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9
  Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.
Supply missing statements and missing reasons for the following proof.
Given: In the circle,   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8. Prove:   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8. S1. R1.
S2. Draw   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8. R2.
S3.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8. R3.
S4. R4. Congruent angles have equal measures.
S5. ? and ? R5. The measure of an inscribed angle equals one-half
the measure of its intercepted arc.
S6.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8. R6.
S7.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8.   Supply missing statements and missing reasons for the following proof. Given: In the circle,   Prove:     S1. R1. S2. Draw   R2. S3.   R3. S4. R4. Congruent angles have equal measures. S5. ? and ? R5. The measure of an inscribed angle equals one-half the measure of its intercepted arc. S6.     R6. S7.     R7. S8. R8. R7.
S8. R8.
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10
  Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion
Supply missing statements and missing reasons for the following proof.
Given:   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion ; chords   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion and   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion intersect at point V
Prove:   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion S1. R1.
S2. Draw   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion and   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion . R2.
S3. R3. Vertical angles are congruent.
S4.   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion R4.
S5. R5. AA
S6.   Supply missing statements and missing reasons for the following proof. Given:   ; chords   and   intersect at point V Prove:   S1. R1. S2. Draw   and   . R2. S3. R3. Vertical angles are congruent. S4.   R4. S5. R5. AA S6.   R6. S7. R7. Means-Extremes Property of a Proportion R6.
S7. R7. Means-Extremes Property of a Proportion
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