" (iv) "|[0,x-a,x-b],[x+a,0,x-c],[x+b,x+c,0]|=0

Find the number of real root of the equation |[0,x-a, x-b],[ x+a,0,x-c],[ x+b, x+c,0]|=0,a!=b!=c and b(a+c)> a c

Find the number of real root of the equation |[0,x-a, x-b],[ x+a,0,x-c],[ x+b, x+c,0]|=0,a!=b!=c and b(a+c)> a c

Find the number of real root of the equation |[0,x-a, x-b],[ x+a,0,x-c],[ x+b, x+c,0]|=0,a!=b!=c andb(a+c)> a c

If f(x)=|[0,x-a, x-b], [x+a,0,x-c], [x+b, x+c,0]|,t h e n (a) f(a)=0 (b) f(b)=0 (c) f(0)=0 (d) f(1)=0

Solve the following : [[0,x-a,x-b],[x+a,0,x-c],[x+b,x+c,0]] =0

If a != b != c , are value of x which satisfies the equation |(0,x -a,x -b),(x +a,0,x -c),(x +b,x +c,0)| = 0 is given by

A root of the equation |(0, x-a,x-b),(x+a,0,x-c),(x+b,x+c,0)|=0 is

If a,b,c are different and |(0,x-a,x-b),(x+a,0,x-c),(x+b,x+c,0)|=0 then x=

If a ne b ne c , then one value of x which satisfies the equation. [(0,x-a,x-b),(x+a,0,x-c),(x+b,x+c,0)] = 0 is given by :

If a ne bne c one value of x which satisfies thte equation : |(0,x-a,x-b),(x+a,0,x-c),(x+b,x+c,0)|=0 is given by :