5xn In the expansion of 3 4 +34 the sum of the binomial coefficients is 64 and the term with the greatest binomial coefficient exceeds the third by (n - 1), then the value of x must be

In the expansion of (3^(-x//4)+3^(5x//4))^(n) the sum of binomial coefficient is 64 and term with the greatest binomial coefficient exceeds the third by (n-1) , the value of x must be

In the expansion of (3^(-x//4)+3^(5x//4))^(n) the sum of binomial coefficient is 64 and term with the greatest binomial coefficient exceeds the third by (n-1) , the value of x must be 0 b. 1 c. 2 d. 3

In the expansion of (3^(-x/4)+3^(5x/4))^(n) the sum of binomial coefficient is 64 and term with the greatest binomial coefficient exceeds the third by (n-1), the value of x must be 0 b.1 c.2 d.3

In the expansion of (3^(-x//4)+3^(5x//4))^(n) the sum of binomial coefficient is 64 and term with the greatest binomial coefficient exceeds the third by (n-1) , the value of x must be 0 b. 1 c. 2 d. 3

In the expansion of (3^(-x//4)+3^(5x//4))^n the sum of binomial coefficient is 64 and term with the greatest binomial coefficient exceeds the third by (n-1) , the value of x must be 0 b. 1 c. 2 d. 3

If the sum of all the binomial coefficients in (x+y)^n is 512 , then the greatest binomial coefficient is

If the sum of all the binomial coefficients in (x+y)^n is 512 , then the greatest binomial coefficient is

In the expansion of (3^(-(x)/(4))+3^((5x)/(4)))^(n) the sum of the binomial coefficients is 256 and four xx the term with greatest binomial coefficient exceeds the square of the third coefficient then find 4x.

In the expansion of (3^(-(x)/(4))+3^((5x)/(4)))^(n), the sum of the binomial coefficients is 256and four xx the term withgreatest binomial coefficient exceeds the square of the third coefficient then find 4x.