If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
If the triangles are congruent, name the postulate that proves it. If they're not congruent, choose 'not congruent.'
Solve for x.
If the endpoints of a line segment are A(3, -8) and B(-5, -2), what is the midpoint?
If the endpoints of a line segment are A(3, -8) and B(-5, -2), what is the length of AB?
Use the figure. What is the midpoint of BC?
Use the figure. What is the length of AB? (round your answer to the nearest tenths place)
Use the figure. What is the length of BC? (round your answer to the nearest tenths place)
Solve for x, given the information below.
Solve for y, given the information below.
Which of the following sets of side lengths will form a triangle?
Which of the following is a possible length for the third side of a triangle if the 2 known sides are 243 and 512?
The following triangles are congruent. Finish the congruency statement.
The following triangles are congruent. Finish the congruency statement.
Solve for x.
Solve for x.
