" The value of "C_(0)+3C_(1)+5C_(2)+7C_(3)+...+(2n+1)C_(n)" is equal to "

C_(0)-C_(1)+C_(2)-C_(3)+ . . .+(-1)^(n)C_(n) is equal to

C_(0)-3C_(1)+5c_(3)+....+(-1)^(n)(2n+1)C_(n) is equal to

The value of C_(1)+4C_(2)+7C_(3)+ . . .+(3n-2)C_(n) is

C_(0)-C_(1)+C_(2)-C_(3)+ ---+(-1)^(n)""^(n)C_(n) is equal to

If C_(0),C_(1),C_(2),C_(3), . . .,C_(n) be binomial coefficients in the expansion of (1+x)^(n) , then Q. The value of the expression C_(0)+2C_(1) +3C_(2)+. . . .+(n+1)C_(n) is equal to

If C_(0),C_(1),C_(2),C_(3), . . .,C_(n) be binomial coefficients in the expansion of (1+x)^(n) , then Q. The value of the expression C_(0)+2C_(1) +3C_(2)+. . . .+(n+1)C_(n) is equal to

If the value of C_(0) + 2C_(1) + 3C_(2) + ……. + (n+1) C_(n) =576 then n is :

If (1+x)^(n)=c_(0)+c_(1)x+c_(2)x^(2)+...+c_(n)x^(n) then the value of c_(0)+3c_(1)+5c_(2)+....+(2n+1)c_(n) is-

If the value of C_(0)+2C_(1)+3C_(2)+ . . .+(n+1)C_(n)=576 , then n is