If `DeltaABC~DeltaPQR` and `AB:PQ=2:3`, then fill in the blanks:
`(A(DeltaABC))/(A(DeltaPQR))=((AB)^(2))/(square)=(2^(2))/(3^(2))=(square)/(square)`
`(A(DeltaABC))/(A(DeltaPQR))=(AB^(2))/(PQ^(2))=(2^(2))/(3^(2))=4/9`

If DeltaABC~DeltaPQR,A(DeltaABC)=80, A (DeltaPQR)=125 , then fill in the blanks: (A(DeltaABC))/(A(Delta………..))=80/125:.(AB)/(PQ)=(square)/(square)

If DeltaABC ~ DeltaDEF and AB : PQ = 5 : 7 then write the ratio of A(DeltaABC) : A(DeltaPQR) .

DeltaABC~DeltaPQR . If AB : PQ=4: 5 , find A(DeltaABC) : A(DeltaPQR) .

DeltaABC~DeltaDEF, BC=4.8cm EF=7.2cm . Complete the following activity to find A(DeltaABC):A(DeltaDEF) . Activity: DeltaABC~DeltaDEF (A(DeltaABC))/(A(DeltaDEF))=(BC^(2))/(square^(2)) .....Theorem on _________ :.(A(DeltaABC))/(A(DeltaDEF))=(4.8^(2))/((square)^(2)) :.(A(DeltaABC))/(A(DeltaDEF))=4/(square) A(DeltaABC):A(DeltaDEF)=4:square

DeltaABC~DeltaPQR . If AB=4cm , PQ=6cm and QR=9cm . Find BC .

DeltaABC~DeltaPQR . If A(DeltaABC)=25 , A(DeltaPQR)=16 find AB : PQ .

If in two DeltaABC and DeltaPQR , (AB)/(QR)=(BC)/(PR)=(CA)/(PQ) , then

DeltaABC~DeltaPQR . If AM and PN are altitudes of DeltaABC and DeltaPQR respectively and AB^(2) : PQ^(2)=4:9 then AM:PN=

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

Let DeltaABC~DeltaPQR and (ar (DeltaABC))/(ar (DeltaPQR))=4/(25) . If AB=12cm, BC = 8cm and AC=10cm then QR is equal to