Fig.33, the measure of some parts are indicated along side. By applying ASA congruence condition, state whether they are congruent. State the answer in symbolic form.

In each of the following pairs of triangles the measure of some parts are indicated along. Side. By the application of SAS congruence condition, state which are congruent. State the result in symbolic form.

In each of the following pairs of right triangles, the measure of some parts are indicated along side. State by the application of RHS congruence condition which are congruent. State each result in symbolic form.

In the following pairs of triangle (Fig. 12 to 15), the lengths of the sides are indicated along sides. By applying SSS condition, determine which are congruent. State the result in symbolic form.

In the following pairs of triangle (Fig.10), by applying SSS condition, state which are congruent. State the result in symbolic form:

Given below are measurements of some parts of two triangles. Examine whether the two triangles are congruent or not, by using SAS congruence rule. If the triangles are congruent, write them in symbolic form. DeltaDEF

In fig. 11, the length (in cm) of each side has been indicated along the side. State for each triangle whether it is scalene, isosceles or equilateral:

Given below are measurements of some parts of two triangles. Examinewhether the two triangles are congruent or not, using RHS congruencerule. In case of congruent triangles, write the result in symbolic form

Line-segments A B\ a n d\ C D bisect each other at Odot\ A C\ a n d\ B D are joined forming triangles A O C\ a n d\ B O Ddot State the three equality relations between the parts of the two triangles that are given or otherwise known. Are the two triangles congruent? State in symbolic form, which congruence condition do you use?

In fig. 12, there are five triangles. The measures of some of their angles have been indicated. Sates for each triangle whether it is acute, right or obtuse.

In triangles ABC and PQR, AB = 3.5cm, BC =7.1cm, AC = 5cm, PQ= 7.1cm, QR = 5cm and PR = 3.5cm. Examine whether the two triangles are congruent or not. If yes, write the congruence relation in symbolic form.