In the following figure `RP : PK = 3 : 2`, then find the value of `A(DeltaTRP):A(DeltaTPK)`

In the adjoining figure, RP : PK = 3.2 , then find the value of (i) A(DeltaTRP):A(DeltaTPK) (ii) A(DeltaTRK):A(DeltaTPK) (iii) A(DeltaTRP):A(DeltaTRK)

In the given figure, if RP : PK = 3: 2, then find the following ratios. (i) A(DeltaTRP):A(DeltaTPK) (ii) A(DeltaTRK):A(DeltaTPK) (iii) A(DeltaTRP):A(DeltaTRK)

In the given figure, if RP : PK = 3: 2, then find the following ratios. (i) A(DeltaTRP):A(DeltaTPK) (ii) A(DeltaTRK):A(DeltaTPK) (iii) A(DeltaTRP):A(DeltaTRK)

In triangle RTK , P is a point on RK such that R-P-K. RP:PK=3:2, then find the value of A(triangle TRP):A(triangle TPK)

In the figure, RP : PK = 11 : 8, then (A(DeltaTRP))/(A(DeltaTPK)) =

In the figure, RP : PK = 11 : 8, then (A(DeltaTRP))/(A(DeltaTPK)) =

In the figure, RP : PK = 11 : 8, then (A(Delta TRP))/(A(Delta TPK)) =

In triangle RTK , P is a point on RK such that R-P-K. RP:PK=3:2, then find the value of A(triangle TRP):A(triangle TRK)

In triangle RTK , P is a point on RK such that R-P-K. RP:PK=3:2, then find the value of A(triangle TRK):A(triangle TPK)

From the following figure , find the values of : cos^2A+sin^2A