Let n be an odd integer . If `sinntheta=sum_(r=0)^nb_rsin^rtheta` for all real `theta` is

Let n be an odd integer.If sin n theta=sum_(r=0)^(n)b_(r)sin^(r)theta for all real theta is

Q. Let n be an odd integer if sin ntheta=sum_(r=0)^n(b_r)sin^rtheta , for every value of theta then b_0 and b_1 ---

Q. Let n be an add integer if sin ntheta-sum_(r=0)^n(b_r)sin^rtheta, for every value of theta then ---

Let n be an odd integer. If sin n theta=sum_(r=0)^(n)b_(r) sin^(r)theta for every value of theta , then

Q. Let n be an odd integer if sin ntheta = sum_(r=0)^n(b_r)sin^rtheta , for every value of theta then, a. b_0 = 1, b_1 = 3 b. b_0 = 0, b_1 = 1 c. b_0 = -1, b_1 = 1 d. b_0 = 0, b_1 = 2

Q. Let n be an add integer if sin ntheta = sum_(r=0)^n(b_r)sin^rtheta , for every value of theta then, a. b_0 = 1, b_1 = 3 b. b_0 = 0, b_1 = 1 c. b_0 = -1, b_1 = 1 d. b_0 = 0, b_1 = 2

Let n be an odd integer if sin ntheta=underset(r=0)oversetnsumb_rsin^rtheta every value of theta then

Let n be an odd integer if sin ntheta = underset(r=0) overset(n)(sum)b_(r)sin^(r)theta , for every value of theta , then :

Let A=sin^8theta+cos^(14)theta; then for all real theta