What else would need to be congruent to show that abc equals xyz by sas

Remember that SAS stands for side-angle-side, meaning two sides and the angle formed by those sides must all be congruent for two triangles to be congruent.

In this case, you have a side—AB and XY—and an angle, <B and <Y. To complete this, you simply need the final side, which forms angle B along with side AB on triangle ABC, and forms angle Y along with side XY on triangle XYZ.

By looking at the diagram, you can tell this side on triangle ABC is BC, and the side on triangle XYZ is YZ, so the answer must be B.

The correct answer is :

(B)BC≅YZ

Step-by-step explanation:

Given information:

The triangle ABC equals to XYZ by SAS

As, we know that the SAS stands for Side-Angle-Side, Means the two sides and the angle formed by those sides must congruent for two triangles to be congruent.

In the given triangles we have a side AB and XY and an angle B and . To compute we just need the final side which form angle B along with the side AB on triangle ABC and forms angle Y along with the side XY on the triangle XYZ.

As we can see the diagram , the side on triangle ABC is BC and The side on triangle XYZ is YZ ,

So the true answer is :

(B)BC≅YZ

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Step-by-step explanation: