In a parallelogram PQRS, PQ = 12 cm and PS = 9 cm. The bisector of `angle P` meet SR in M. PM and QR both when produced meet at T. Find the length of RT.

In a parallelogram ABCD, AB = 10 cm and AD = 6 cm. The bisector of angleA meets DC in E. AE and BC produced meet at F. Find the length of CF.

In a parallelogram ABCD, AB = 10 cm and AD = 6 cm. The bisector of angleA meets DC in E. AE and BC produced meet at F. Find the length of CF.

In a parallelogram ABCD, AB = 10 cm and AD = 6 cm. The bisector of /_A meets DC in E. AE and BC produced meet at F. Find the length of CF.

In a parallelogram ABCD, AB= 20 cm and AD= 12cm. The bisector of angle A meets DC at E and BC produced at F. Find the length of CF.

In a parallelogram PQRS, the bisectors of angle P and angle Q meet at O. Find angle POQ.

In the figure, PQRS is a parallelogram with PQ = 16 cm and QR = 10 cm. L is a point on PR such that RL : LP = 2:3 . QL produced meets RS at M and PS produced at N. Find the lengths of PN and RM.

In the given figure , PQRS is a parallelogram with PQ = 16 cm and QR = 10 cm . L is a point on PR such that RL:LP=2:3QL is produced to meet RS at M and PS produced at N . Find the length of PN and RM (in cm ) respectively .

Construct a parallelogram PQRS, when PQ =3.7cm, QR =2.3 cm and PR=4.8 cm.

In parallelogram PQRS, QR=10 cm and ar(PQRS)=120 cm^2 . Then the length of altitude PM corresponding to base QR is ____ cm.

PQRS is a parallelogram with PQ = 15 cm, ST = 10 cm, and QV = 12 cm. Find PS.