Deck 2: Parallel Lines

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Question
  Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4.<div style=padding-top: 35px>
Supply missing reasons for this proof.
Given: m || n
Prove:   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4.<div style=padding-top: 35px> S1. m || n R1.
S2.   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4.<div style=padding-top: 35px> R2.
S3.   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4.<div style=padding-top: 35px> R3.
S4.   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4.<div style=padding-top: 35px> R4.
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Question
Use an indirect proof to complete the following problem.
Given: Use an indirect proof to complete the following problem. Given:   (not shown) Prove:   and   cannot both be right angles.<div style=padding-top: 35px> (not shown)
Prove: Use an indirect proof to complete the following problem. Given:   (not shown) Prove:   and   cannot both be right angles.<div style=padding-top: 35px> and Use an indirect proof to complete the following problem. Given:   (not shown) Prove:   and   cannot both be right angles.<div style=padding-top: 35px> cannot both be right angles.
Question
  Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px>
Supply missing reasons for the following proof.
Given:   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> with D-B-A
Prove:   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> S1.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> with D-B-A R1.
S2.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> R2.
S3.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> and   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> are supp. R3.
S4.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> R4.
S5.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> R5.
S6.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.<div style=padding-top: 35px> R6.
Question
  Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<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:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> so that   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> bisects   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> ;
also,   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> Prove:   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> S1.   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> so that   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> bisects   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.<div style=padding-top: 35px> R1.
S2. R2.
S3. R3. Given
S4. R4. If 2 angles of one triangle are congruent to
2 angles of a second triangle, then the third angles
of these triangles are also congruent.
Question
  Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel.<div style=padding-top: 35px>
Supply missing statements in the following proof.
Given:   Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel.<div style=padding-top: 35px> and   Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel.<div style=padding-top: 35px> Prove:   Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel.<div style=padding-top: 35px> S1. R1. Given
S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent.
S3. R3. Given
S4. R4. Same as #2.
S5. R5. Transitive Property of Congruence
S6. R6. If 2 lines are cut by a transversal so that corresponding angles
are congruent, then these lines are parallel.
Question
Explain the following statement.
The measure of each interior angle of an equiangular triangle is 60.
Question
  Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle<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:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle<div style=padding-top: 35px> and transversal p;   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle<div style=padding-top: 35px> is a right angle
Prove:   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle<div style=padding-top: 35px> is a right angle
S1.   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle<div style=padding-top: 35px> and transversal p R1.
S2.   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle<div style=padding-top: 35px> R2.
S3. R3. Congruent measures have equal measures.
S4.   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle<div style=padding-top: 35px> R4.
S5. R5. Substitution Property of Equality
S6. R6. Definition of a right angle
Question
  In the figure, x || y and transversal z. Explain why   and   must be supplementary.<div style=padding-top: 35px>
In the figure, x || y and transversal z. Explain why   In the figure, x || y and transversal z. Explain why   and   must be supplementary.<div style=padding-top: 35px> and   In the figure, x || y and transversal z. Explain why   and   must be supplementary.<div style=padding-top: 35px> must be supplementary.
Question
  Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4.<div style=padding-top: 35px>
Supply missing statements and reasons for the foloowing proof.
Given:   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4.<div style=padding-top: 35px> is supplementary to   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4.<div style=padding-top: 35px> Prove:   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4.<div style=padding-top: 35px> S1. R1.
S2.   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4.<div style=padding-top: 35px> is supp. to   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4.<div style=padding-top: 35px> R2. If the ext. sides of 2 adj. angles form a line, the angles are supp.
S3. R3. Angles supp. to the same angle are congruent.
S4. R4.
Question
  In the triangle shown,   is a right angle.Explain why   and   are complementary.<div style=padding-top: 35px>
In the triangle shown,   In the triangle shown,   is a right angle.Explain why   and   are complementary.<div style=padding-top: 35px> is a right angle.Explain why   In the triangle shown,   is a right angle.Explain why   and   are complementary.<div style=padding-top: 35px> and   In the triangle shown,   is a right angle.Explain why   and   are complementary.<div style=padding-top: 35px> are complementary.
Question
Use an indirect proof to complete the following problem.
Given: Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles.<div style=padding-top: 35px> and Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles.<div style=padding-top: 35px> are supplementary (no drawing)
Prove: Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles.<div style=padding-top: 35px> and Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles.<div style=padding-top: 35px> are not both obtuse angles.
Question
  Using the drawing provided, explain the following statement. The sum of the interior angles of a quadrilateral is 360.<div style=padding-top: 35px>
Using the drawing provided, explain the following statement.
The sum of the interior angles of a quadrilateral is 360.
Question
  Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  <div style=padding-top: 35px>
Use an indirect proof to complete the following problem.
Given:   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  <div style=padding-top: 35px> is not congruent to   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  <div style=padding-top: 35px> Prove:   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  <div style=padding-top: 35px> does not bisect   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  <div style=padding-top: 35px>
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Deck 2: Parallel Lines
1
  Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4.
Supply missing reasons for this proof.
Given: m || n
Prove:   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4. S1. m || n R1.
S2.   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4. R2.
S3.   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4. R3.
S4.   Supply missing reasons for this proof. Given: m || n Prove:   S1. m || n R1. S2.   R2. S3.   R3. S4.   R4. R4.
R1. Given
R2. If 2 parallel line are cut by a transversal, then corresponding angles are congruent.
R3. If two lines intersect, the vertical angles formed are congruent.
R4. Transitive Property of Congruence
2
Use an indirect proof to complete the following problem.
Given: Use an indirect proof to complete the following problem. Given:   (not shown) Prove:   and   cannot both be right angles. (not shown)
Prove: Use an indirect proof to complete the following problem. Given:   (not shown) Prove:   and   cannot both be right angles. and Use an indirect proof to complete the following problem. Given:   (not shown) Prove:   and   cannot both be right angles. cannot both be right angles.
Suppose that Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. and Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. are both be right angles. Then Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. and Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. .
By the Protractor Postulate, Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. . Then Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. . But this last
statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. and Suppose that   and   are both be right angles. Then   and   . By the Protractor Postulate,   . Then   . But this last statement contradicts the fact that the sum of teh three interior angles of a triangle is exactly 180. Thus, the supposition must be false and it follows that   and   cannot both be right angles. cannot both be right angles.
3
  Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6.
Supply missing reasons for the following proof.
Given:   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. with D-B-A
Prove:   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. S1.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. with D-B-A R1.
S2.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. R2.
S3.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. and   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. are supp. R3.
S4.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. R4.
S5.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. R5.
S6.   Supply missing reasons for the following proof. Given:   with D-B-A Prove:   S1.   with D-B-A R1. S2.   R2. S3.   and   are supp. R3. S4.   R4. S5.   R5. S6.   R6. R6.
R1. Given
R2. The sum of the interior angles of a triangle is 180.
R3. If the exterior sides of 2 adjacent agles form a line, these angles are supplementary.
R4. Definition of supplementary angles
R5. Substitution Property of Equality
R6. Subtraction Property of Equality
4
  Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent.
Supply missing statements and missing reasons for the following proof.
Given:   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. so that   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. bisects   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. ;
also,   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. Prove:   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. S1.   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. so that   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. bisects   Supply missing statements and missing reasons for the following proof. Given:   so that   bisects   ; also,   Prove:   S1.   so that   bisects   R1. S2. R2. S3. R3. Given S4. R4. If 2 angles of one triangle are congruent to 2 angles of a second triangle, then the third angles of these triangles are also congruent. R1.
S2. R2.
S3. R3. Given
S4. R4. If 2 angles of one triangle are congruent to
2 angles of a second triangle, then the third angles
of these triangles are also congruent.
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5
  Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel.
Supply missing statements in the following proof.
Given:   Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel. and   Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel. Prove:   Supply missing statements in the following proof. Given:   and   Prove:   S1. R1. Given S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent. S3. R3. Given S4. R4. Same as #2. S5. R5. Transitive Property of Congruence S6. R6. If 2 lines are cut by a transversal so that corresponding angles are congruent, then these lines are parallel. S1. R1. Given
S2. R2. If 2 parallel lines are cut by a transversal, corr. angles are congruent.
S3. R3. Given
S4. R4. Same as #2.
S5. R5. Transitive Property of Congruence
S6. R6. If 2 lines are cut by a transversal so that corresponding angles
are congruent, then these lines are parallel.
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6
Explain the following statement.
The measure of each interior angle of an equiangular triangle is 60.
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7
  Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle
Supply missing statements and missing reasons for the following proof.
Given:   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle and transversal p;   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle is a right angle
Prove:   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle is a right angle
S1.   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle and transversal p R1.
S2.   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle R2.
S3. R3. Congruent measures have equal measures.
S4.   Supply missing statements and missing reasons for the following proof. Given:   and transversal p;   is a right angle Prove:   is a right angle S1.   and transversal p R1. S2.   R2. S3. R3. Congruent measures have equal measures. S4.   R4. S5. R5. Substitution Property of Equality S6. R6. Definition of a right angle R4.
S5. R5. Substitution Property of Equality
S6. R6. Definition of a right angle
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8
  In the figure, x || y and transversal z. Explain why   and   must be supplementary.
In the figure, x || y and transversal z. Explain why   In the figure, x || y and transversal z. Explain why   and   must be supplementary. and   In the figure, x || y and transversal z. Explain why   and   must be supplementary. must be supplementary.
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9
  Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4.
Supply missing statements and reasons for the foloowing proof.
Given:   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4. is supplementary to   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4. Prove:   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4. S1. R1.
S2.   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4. is supp. to   Supply missing statements and reasons for the foloowing proof. Given:   is supplementary to   Prove:   S1. R1. S2.   is supp. to   R2. If the ext. sides of 2 adj. angles form a line, the angles are supp. S3. R3. Angles supp. to the same angle are congruent. S4. R4. R2. If the ext. sides of 2 adj. angles form a line, the angles are supp.
S3. R3. Angles supp. to the same angle are congruent.
S4. R4.
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10
  In the triangle shown,   is a right angle.Explain why   and   are complementary.
In the triangle shown,   In the triangle shown,   is a right angle.Explain why   and   are complementary. is a right angle.Explain why   In the triangle shown,   is a right angle.Explain why   and   are complementary. and   In the triangle shown,   is a right angle.Explain why   and   are complementary. are complementary.
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11
Use an indirect proof to complete the following problem.
Given: Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles. and Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles. are supplementary (no drawing)
Prove: Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles. and Use an indirect proof to complete the following problem. Given:   and   are supplementary (no drawing) Prove:   and   are not both obtuse angles. are not both obtuse angles.
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12
  Using the drawing provided, explain the following statement. The sum of the interior angles of a quadrilateral is 360.
Using the drawing provided, explain the following statement.
The sum of the interior angles of a quadrilateral is 360.
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13
  Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect
Use an indirect proof to complete the following problem.
Given:   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  is not congruent to   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  Prove:   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect  does not bisect   Use an indirect proof to complete the following problem. Given:   is not congruent to   Prove:   does not bisect
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