In triangles `A B C\ a n d\ P Q R` three equality relations between some parts are as follows: `A B=Q P ,\ /_B=/_P\ a n d\ B C=P R` State which of the congruence conditions applies: `S A S` (b) `A S A` (c) `S S S` (d) `R H S`

In triangles A B C\ a n d\ P Q R three equality relations between some parts are as follows: A B=Q P ,\ /_B=/_P\ a n d\ B C=P R State which of the congruence conditions applies: (a) S A S (b) A S A (c) S S S (d) R H S

In triangles A B C a n d P Q R , if /_A=/_R , /_B=/_P a n d A B=R P , then which one of the following congruence conditions applies: S A S (b) A S A (c) S S S (d) R H S

In triangles A B C\ a n d\ P Q R , if /_A=/_R ,\ /_B=/_P\ a n d\ A B=R P , then which one of the following congruence conditions applies: S A S (b) A S A (c) S S S (d) R H S

If A = {p. q}, B = {r, s}, what is the relation between sets A and B?

In two similar triangles A B C and P Q R , if their corresponding altitudes A D and P S are in the ratio 4:9, find the ratio of the areas of triangle A B C and triangle P Q R .

Lines p ,\ q\ a n d\ r are concurrent. Also, lines p ,\ r\ a n d\ s are concurrent. Draw a figure and state whether lines p ,\ q ,\ r\ a n d\ s are concurrent or not.

In Figure, P Q > P R. Q S\ a n d\ R S are the bisectors of /_ Q and /_R respectively. Prove that S Q > S R .

In Figure, P Q R S is a quadrilateral and T\ a n d\ U are respectively points on P S and R S such that P Q=R Q ,\ /_P Q T=/_R Q U\ a n d\ /_T Q S=/_U Q Sdot Prove that Q T=Q Udot

Each of the following items in this section consists of a sentence the parts of which have been jumbled. These parts have been labelled P, Q, R and S. Given below each sentence are four sequences namely (a), (b), (c) and (d). You are required to rearrange the jumbled parts of the sentence and mark your response accordingly. (P)/is a painful feeling (Q)/without this indirect appeal to our self love, (R )/the sense of inferiority in others, (S)/ and not an exalting one The correct sequence should be (a) R P S Q (b) R S P Q (c) S R Q P (d) R Q S P

In Figure, P S=Q R\ a n d\ /_S P Q=/_R Q Pdot Prove that P Q S\ ~=\ Q P R ,\ P R=Q S\ a n d\ /_Q P R=\ /_P Q S