[" If "Delta ABC sim Delta QRP,(ar(ABC))...

[" If "Delta ABC sim Delta QRP,(ar(ABC))/(ar(PQR))=(9)/(4),AB=18cm],[" and "BC=15cm," then "PR" is equal to "],[[" (1) "10cm," (2) "12cm],[" (3) "(20)/(3)cm," (4) "8cm]]

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If DeltaABC~DeltaQRP,(ar(DeltaABC))/(ar(DeltaPQR))=9/4 ,AB=18 cm and BC=15 cm, then PR is equal to

If DeltaABC~DeltaQRP,(ar(DeltaABC))/(ar(DeltaPQR))=9/4 , AB= 18 cm and BC= 15 cm, then PR is equal to

If Delta ABC~Delta QRP, (ar (Delta ABC))/(ar (Delta PQR))=(9)/(4), AB=18 cm, and BC= 15 cm, then PR=?

Let DeltaABC~DeltaQPR and (ar(DeltaABC))/(ar(DeltaPQR))=9/(16) . If AB=12 cm , BC=6 cm and AC=9 cm , then PR is equal to :

Delta ABC ~ Delta PQR and ar(DeltaABC)=4ar(DeltaPQR) IF BC=12cm then find QR

Let triangle ABC~ triangle QPR and (ar(triangle ABC))/(ar(triangle PQR))=4/25 . If AB= 12cm, BC=8cm and AC=10cm then QP is equal to:

Given that : Delta ABC ~ DeltaPQR , If ("area " (Delta PQR))/("area " (Delta ABC)) = (256)/(441) and PR = 12 cm, then AC is equal to

It is given that Delta ABC - Delta PQR , with (BC)/(QR) = (1)/(4) . Then (ar Delta PQR)/(ar Delta ABC) is equal to:

In Delta ABC, G is the centroid , AB=15cm, BC=18 cm, and AC=25 cm . Find GD , Where D is the mid point of BC: