In the figure, PQRS and ABRS are parallelograms and X is any point on side BR. Show that
ar(PQRS) = ar(ABRS)

In Fig.9.17, PQRS and ABRS are parallelograms and X is any point on side BR. Show that (i) ar(PQRS)=ar(ABRS) (ii) ar (AXS)backslash=(1)/(2)ar(PQRS)

In the adjoining figure, MNPQ and ABPQ are parallelogram and T is any point on the side BP. Prove that (i) ar(MNPQ)=ar(ABPQ) (ii) ar(triangleATQ)=(1)/(2)ar(MNPQ) .

In the given figure LMNO and PMNQ are two parallelograms. R is any point on side MP. If ar( Delta NRQ) = k[ar( I I^(gm) LMNO)] then 2k equals

In PQR,S is any point on the side QR. Show that PQ+QR+RP>2PS

PORS is a parallelogram and x and Y trisect side OR.Show that ar(/_POX) is equal to ar (/_SRY)

PQRS is parallelogram find x,y,z

In the adjoining figure, ABCD is a parallelogram and P is any points on BC. Prove that ar(triangleABP)+ar(triangleDPC)=ar(trianglePDA) .

In the figure, ABCD and EFGD are two parallelograms and G is the mid-point of CD. Then, ar (DeltaDPC) = (1)/(2) ar (EFGD) .

In the figure if PQRS is a parallelogram, then find the value of x & y.

In the adjoining figure, PQRS and PABC are two parallelogram of equal area. Prove that QC||BR.