In the given fig.
, sides QP and RQ of `DeltaPQR` aer produced to points S and T respectively. If `angleSPR = 135^@` and `anglePQT = 110^@`, find `anglePRQ`.

In figure, sides QP and RQ of DeltaPQR are produced to points S and T respectively. If /_SPR = 135^@ and /_PQT = 110^@ , find /_PRQ .

In fig. , the sides QP and RQ of a DeltaPQR are produced to points S and T respectively. If angleSPR = 135^@ and anglePQT = 110^@ then the value of anglePRQ is :

In fig. , the sides QP and RQ of a DeltaPQR are produced to points S and T respectively. If angleSPR = 135^@ and anglePQT = 110^@ then the value of anglePRQ is :

In the given Fig , Sides AB and AC of a DeltaABC are produced to E and D respectively. If respective bisectors BO and CO of angleCBE and angleBCD intersect each other at point O, prove that angleBOC = 90^@-1/2 angleBAC .

In the given Fig , Sides AB and AC of a DeltaABC are produced to E and D respectively. If respective bisectors BO and CO of angleCBE and angleBCD intersect each other at point O, prove that angleBOC = 90^@-1/2 angleBAC .

In Fig. 6.38, the sides AB and AC of Delta ABC are produced to points E and D respectively. If bisectors BO and CO of angle CBE and angle BCD respectively meet at point O, then prove that angle BOC = 90^@ -1/2 angle BAC .

In the given Fig. , if lines PQ and RS intersect at point T, such that anglePRT = 40^@ , angleRPT = 95^@ and angleTSQ = 75^@ find angleSQT .

In the given Fig. , if lines PQ and RS intersect at point T, such that anglePRT = 40^@ , angleRPT = 95^@ and angleTSQ = 75^@ find angleSQT .