Exam 6: Similar Triangles

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In In   ,   and   . If   , find   . , In   ,   and   . If   , find   . and In   ,   and   . If   , find   . . If In   ,   and   . If   , find   . , find In   ,   and   . If   , find   . .

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In the figure, In the figure,   . Also,   ,   , and   . Find TX . . Also, In the figure,   . Also,   ,   , and   . Find TX . , In the figure,   . Also,   ,   , and   . Find TX . , and In the figure,   . Also,   ,   , and   . Find TX . . Find TX .

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In a 30°-60°-90° triangle, the hypotenuse has a length of 20 cm. Find the exact perimeter of this triangle.

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What does the question mark represent in this extended proportion? What does the question mark represent in this extended proportion?

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Point D lies in the interior of Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] . Line segments are drawn from vertices A , B , and C through point D to intersect Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] at point E , Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] at point F , and Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] at point G . If Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] , Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] , Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] , Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] , and Point D lies in the interior of   . Line segments are drawn from vertices A , B , and C through point D to intersect   at point E ,   at point F , and   at point G . If   ,   ,   ,   , and   , find AG . [Hint: Use Ceva's Theorem.] , find AG . [Hint: Use Ceva's Theorem.]

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Two sides of Two sides of   have lengths 5 inches and 6 inches. The length of the remaining and longest side is x inches. Determine all integer (whole number)values of x so that   is an obtuse triangle. have lengths 5 inches and 6 inches. The length of the remaining and longest side is x inches. Determine all integer (whole number)values of x so that Two sides of   have lengths 5 inches and 6 inches. The length of the remaining and longest side is x inches. Determine all integer (whole number)values of x so that   is an obtuse triangle. is an obtuse triangle.

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In the legs of a right triangle are congruent, then the triangle is a 45°-45°-90° triangle.

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Given that Given that   , the two triangles are similar. Which side of   corresponds to side   of the second triangle? , the two triangles are similar. Which side of Given that   , the two triangles are similar. Which side of   corresponds to side   of the second triangle? corresponds to side Given that   , the two triangles are similar. Which side of   corresponds to side   of the second triangle? of the second triangle?

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If If   and   , which method is used to prove that   ? and If   and   , which method is used to prove that   ? , which method is used to prove that If   and   , which method is used to prove that   ? ?

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In In   ,   . Also,   . Find   . , In   ,   . Also,   . Find   . . Also, In   ,   . Also,   . Find   . . Find In   ,   . Also,   . Find   . .

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If If   and   are divided proportionally at points M and N (as shown), then   . and If   and   are divided proportionally at points M and N (as shown), then   . are divided proportionally at points M and N (as shown), then If   and   are divided proportionally at points M and N (as shown), then   . .

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The triple (20,21,29)is a Pythagorean Triple.

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In an equilateral triangle, each side measures 12 cm. Find the length of the altitude of this triangle.

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Given that Given that   ,   , and   in   , it follows that   . , Given that   ,   , and   in   , it follows that   . , and Given that   ,   , and   in   , it follows that   . in Given that   ,   , and   in   , it follows that   . , it follows that Given that   ,   , and   in   , it follows that   . .

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If If   in   , then   . in If   in   , then   . , then If   in   , then   . .

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In the figure, In the figure,   and   . What method allows you to conclude that   ? and In the figure,   and   . What method allows you to conclude that   ? . What method allows you to conclude that In the figure,   and   . What method allows you to conclude that   ? ?

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In the figure, In the figure,   intersects two sides of   as shown. If   , what relationship must hold true? intersects two sides of In the figure,   intersects two sides of   as shown. If   , what relationship must hold true? as shown. If In the figure,   intersects two sides of   as shown. If   , what relationship must hold true? , what relationship must hold true?

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Given that Given that   , what angle of   is congruent to   of   ? , what angle of Given that   , what angle of   is congruent to   of   ? is congruent to Given that   , what angle of   is congruent to   of   ? of Given that   , what angle of   is congruent to   of   ? ?

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In the figure, In the figure,   . If   ,   ,   , and   ,  find the value of x . . If In the figure,   . If   ,   ,   , and   ,  find the value of x . , In the figure,   . If   ,   ,   , and   ,  find the value of x . , In the figure,   . If   ,   ,   , and   ,  find the value of x . , and In the figure,   . If   ,   ,   , and   ,  find the value of x . , find the value of x .

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In isosceles triangle RST , In isosceles triangle RST ,   . If   , find the length of   . . If In isosceles triangle RST ,   . If   , find the length of   . , find the length of In isosceles triangle RST ,   . If   , find the length of   . .

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