Why is the information in the diagram enough to determine that triangle LMN approximates triangle PON using a rotation about point cap n and a dilation?
Is triangle cap A prime cap b prime cap c prime a dilation of triangle ABC ? Explain.
What is true about the sides of KNM ?
How can the triangles be proven similar by the SAS similarity theorem?
To prove that triangle cap d cap f cap e approximates triangle cap g cap f cap h by the SAS similarity theorem, it can be stated that the fraction with numerator cap d cap f and denominator cap g cap f is equal to the fraction with numerator cap e cap f and denominator cap h cap f and
If CA is equal to 8 , what is cap c prime cap A prime ?
Is rectangle EFGH the result of a dilation of rectangle ABCD with a center of dilation at the origin? Why or why not?
What are the coordinates of vertex cap j of the pre-image?
To prove that the triangles are similar by the SAS similarity theorem, it needs to be shown that
Which transformations could have occurred to map triangle ABC to triangle cap A double prime cap b double prime cap c double prime ?
To prove that triangle cap l cap m cap n approximates triangle cap x cap y cap z by the SSS similarity theorem using the information provided in the diagram, it would be enough additional information to know that
If an image of a triangle is congruent to the pre-image, what is the scale factor of the dilation?
Which best explains why all equilateral triangles are similar?
Triangle JKL is isosceles. The measure of angle cap j is 72 degrees and the measure of angle cap k is 36 degrees Which statement describes angle cap l ?
What are the coordinates of the endpoints of the segment cap t prime cap v prime ?
If PG prime equals 0 point 5 units, what is PG ?
What is the scale factor of the dilation?
What is the length of a leg of the pre-image, triangle RST ?
We are given line segment AB is parallel to line segment DE Because the lines are parallel and segment CB crosses both lines, we can consider segment CB a transversal of the parallel lines. Angles CED and CBA are corresponding angles of transversal line segment CB and are therefore congruent, so angle CED is congruent to angle CBA We can state angle cap c is congruent to angle cap c using the reflexive property. Therefore, triangle ACB approximates triangle DCE by the
What is m angle ZTB ?
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