The coefficient of `x^52` in the expansion `sum_(m=0)^100 ^(100)C_m(x-3)^(100-m).2^m` is:

The coefficient of x^(53) in the expansion sum_(m=0)^(100)^(100)C_m(x-3)^(100-m)2^m is ^100 C_(47) b. ^100 C_(53) c. -^(100)C_(53) d. none of these

The coefficient of x^(53) in the expansion of sum_(m=0)^(100) ^100C_m(x-3)^(100-m) 2^m is equal to

The coefficient of x^(53) in the expansion sum_(m=0)^(100)^100C_m(x-3)^(100-m)2^m is (a) 100 C_(47) (b.) 100 C_(53) (c.) -100C_(53) (d.) none of these

The coefficient of x^(53) in the expansion sum_(m=0)^(100)^100C_m(x-3)^(100-m)2^m is (a) 100 C_(47) (b.) 100 C_(53) (c.) -100C_(53) (d.) none of these

The coefficient of x^(53) in the expansion of: sum_(m=0)^(100)""^(100)C_(m)(x-3)^(100-m)2^m is:

The coefficient of x^53 in the following expansion sum_(m=0)^100 ^100C_m (x - 3)^(100 - m) . 2^m is

The coefficient of x^(27) in the expansion sum_(m=0)^(50).^(50)C_(m)(x+3)^(50-m)(-2)^(m) is:

The coefficient of x^(50) in the expansion sum_(k=0)^(100)""^(100)C_(k)( x-2)^(100-k)3^(k) is also equal to :