In Figure, ` P Q R` is an isosceles triangle with `P Q=P R\ a n d\ m/_P Q R=35^0dot` Find `m\ /_Q S R\ a n d\ m\ /_Q T R`

In Figure, P S D A is a parallelogram in which P Q=Q R=R S\ a n d\ A P B Q C Rdot Prove that a r\ (\ P Q E)=\ a r\ (\ C F D)dot

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

In Figure, T Q\ a n d\ T R are the bisectors of /_Q\ a n d\ /_R respectively. If /_Q P R=80^0a n d\ /_P R T=30^0, determine /_T Q R\ a n d\ /_Q T R

In Figure, if Q T_|_P R ,\ /_T Q R=40^@\ a n d\ \ /_S P R=30^@, find x\ a n d\ y .

In Figure, /_P Q R=\ /_P R Q , then prove that /_P Q S=\ /_P R Tdot

In Fig. 6.15, /_P Q R=/_P R Q , then prove that /_P Q S=/_P R T .

In Fig. 6.15, /_P Q R=/_P R Q , then prove that /_P Q S=/_P R T .

In Figure, P Q R S is a quadrilateral in which diagonals P R\ a n d\ Q S intersect in O . Show that : (i) P Q+Q R+R S+S P > P R+Q S (ii) P Q+Q R+R S+S P<2(P R+Q S)

In Figure, if P Q_|_P S ,\ P Q S R ,\ /_S Q R=28^0a n d\ /_Q R T=65^0, then find the values of x\ a n d\ y

In Figure, if P Q||R S ,\ /_M X Q=135^@a n d\ /_M Y R=40^@,\ find /_X MY