Which two triangles are congruent in the given figure . Write them in symbolic form .

State which of the following pairs of triangles are congruent. If yes, write them in symbolic form (you may draw a rough figure). ∆ PQR : PQ = 3.5 cm, QR = 4.0 cm, ∠ Q = 60° ∆ STU : ST = 3.5 cm, TU = 4 cm, ∠ T = 60°

State which of the following pairs of triangles are congruent. If yes, write them in symbolic form (you may draw a rough figure). ∆ABC : AB = 4.8 cm, ∠ A = 90°, AC = 6.8 cm ∆XYZ : YZ = 6.8 cm, ∠ X = 90° , ZX = 4.8 cm

In the figures given below, measures of some parts of triangles are given. By applying RHS congruence rule, state which pairs of triangles are congruent. In case of congruent triangles, write the result in symbolic form.

In the figures given below, measures of some parts of triangles are given. By applying RHS congruence rule, state which pairs of triangles are congruent. In case of congruent triangles, write the result in symbolic form.

By applying RHS congruence rule, state which pairs of triangles are congruent. In case of congruent triangles, write the result in symbolic form.

By applying RHS congruence rule, state triangles are congruent. In case of congruent triangles, write the result in symbolic form.

In Fig measures of some parts of triangles are given. By applying RHS congruence rule, state which pairs of triangles are congruent. In case of congruent traingles, write the result in symbolic form.

In Fig measures of some parts of triangles are given. By applying RHS congruence rule, state which pairs of triangles are congruent. In case of congruent traingles, write the result in symbolic form.

In Fig measures of some parts of triangles are given. By applying RHS congruence rule, state which pairs of triangles are congruent. In case of congruent traingles, write the result in symbolic form.

In Fig measures of some parts of triangles are given. By applying RHS congruence rule, state which pairs of triangles are congruent. In case of congruent traingles, write the result in symbolic form.