In a `DeltaABC`, If `|(1,a,b),(1,c,a),(1,b,c)| = 0`, then `sin^2A + sin^2 B + sin^2 C` is

In a Delta ABC " if " |(1,a,b),(1,c,a),(1,b,c)| =0 , then sin^(2) A + sin^(2) B + sin^(2) C is

In a Delta ABC " if " |(1,a,b),(1,c,a),(1,b,c)| =0 , then sin^(2) A + sin^(2) B + sin^(2) C is

In a DeltaABC if |(1,a,b),(1,c,a),(1,b,c)|=0 then Sin^(2)A+Sin^(2)B+Sin^(2)C=

In DeltABC if, |{:(1,b,c),(1,c,a),(1,b,c):}|=0 then sin^(2)A+sin^(2) C is equal to

If for a triangle ABC, |(1,a,b),(1,c,a),(1,b,c)|=0 then the value of sin^(2)A+sin^(2)B+sin^(2)C is -

In a triangle ABC, with usual notations, if |[1,a,b] , [1,c,a] , [1,b,c]|=0 then 4sin^2A+24sin^2B+36sin^2C=