They are 17 times AB, BC and Ca, respectively.
the sides of ABC are congruent to the sides of A'B'C'
If you mean: 8 12 16 and 10 15 20 then it is 4 to 5
Since 36=24+1/2.24 and abc and pqr are similar, ab= 10+1/2.10=15.
A triangle if not found congruent by CPCTC as CPCTC only applies to triangles proven to be congruent. If triangle ABC is congruent to triangle DEF because they have the same side lengths (SSS) then we know Angle ABC (angle B) is congruent to Angle DEF (Angle E)
That depends on what is meant by length of AD but the 3 sides of an equilateral triangle are all equal in lengths.
4,8,12
The scale factor of triangle ABC to triangle XYZ can be determined by comparing the lengths of corresponding sides of the two triangles. To find the scale factor, divide the length of a side in triangle ABC by the length of the corresponding side in triangle XYZ. If all corresponding sides have the same ratio, that ratio is the scale factor for the triangles.
Answer: Since you are looking for the scale factor of ABC to DEF the answer is 8 because DEF is 8 times larger than ABC.
6 apex
the answer would be 10 0n apex
Find the coordinates of the vertices of triangle a'b'c' after triangle ABC is dilated using the given scale factor then graph triangle ABC and its dilation A (1,1) B(1,3) C(3,1) scale factor 3
the sides of ABC are congruent to the sides of A'B'C'
0.5
That's a wonderful question, and an important one. But there's no chance of answering it without knowing the actual lengths of some of those lines as they're shown in the picture, next to where you copied the question from.
If you mean: 8 12 16 and 10 15 20 then it is 4 to 5
abc
1/1