[" If in two triangles "ABC" and "PQR,(AB)/(QR)=(BC)/(PR)],[=(CA)/(PQ)," then: "]

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

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

If in triangleABC and trianglePQR we have (AB)/(QR)=(BC)/(PR)=(CA)/(PQ) then

In DeltaABC and DeltaPQR , if (AB)/(QR)=(BC)/(PR)=(CA)/(PQ) , then

If in two triangles ABC and PQR, (AB)/(QR) = (BC)/(PR) , then which of the following is true?

If in two triangles ABC and PQR, (AB)/(PQ) = (BC)/(RP) , then for the two triangles to be similar, which of the following condition is necessary?

If in triangles ABC and PQR, (AB)/(PQ) = (BC)/(RP) then write the equality of angles of the two triangles such that two triangles are similar.

If in triangles ABC and PQR, (AB)/(PQ) = (AC)/(RP) then write the equality of angles triangles of the two triangles such that two triangles are similar.

In DeltaABC and DeltaPQR , in a one to one correspondence. (AB)/(QR) = (BC)/(PR) = (CA)/(PQ) , then

In DeltaABC and DeltaPQR in a one-to-one correspndence (AB)/(QR)=(BC)/(PR)=(CA)/(PQ) then