[ABC is a triangle such that sin(2A+B)=sin(C-A)=-sin(B+2C)=(1)/(2)xx If A,B,C are in A.P. find A,B,C,quad 45,60,7S^(0)]

ABC is a triangle such that sin(2A+B)=sin(C-A)=-sin(B+2C)=1/2 . If A,B, and C are in AP. then the value of A,B and C are..

ABC is a triangle such that sin(2A+B)=sin(C-A)=-sin(B+2C)=1/2 . If A,B, and C are in AP. then the value of A,B and C are:

ABC is a triangle such that sin(2A+B)=sin(C-A)=-sin(B+2C)=1/2 . If A,B, and C are in AP. then the value of A,B and C are..

ABC is a triangle such that sin(2A+B)=sin(C-A)=-sin(B+2C)=1/2 . If A,B, and C are in AP. then the value of A,B and C are..

ABC is a triangle such that sin(2A+B)=sin(C-A)=-sin(B+2C)=(1)/(2)*If(2A, and C are in AP.then the value of A,B and C are..

A triangle ABC is such that sin (2A + B) = 1/2 . If A,B,C are in A.P., then find the value of A,B and C.

A triangle ABC is such that sin(2A+B)=(1)/(2) and If A,B and C are in A.P.,then find the value of A and C

A triangle ABC is such that sin(2A+B)= 1/2 . If A,B,C are inA.P. then the angle A,B,C are repectively

A triangle ABC is such that sin(2A+B) =1/2 and If A, B and C are in A.P., then find the value of A and C

A triangle ABC is such that sin(2A+B) =1/2 and If A, B and C are in A.P., then find the value of A and C