Sum of the third from the begining and the third from the end of the binomial coefficients of the expansion of the `(4sqrt3+3sqrt4)^n` is equal `9900.` Number of rational terms contained in the expansion is

Sum of the third from the begining and the third from the end of the binomial coefficients of the expansion of the (4sqrt(3)+3sqrt(4))^(n) is equal 9900.Number of rational terms contained in the expansion is

Find the 4th term from the beginning and 4^(th) term from the end in the expansion of (x+2/x)^9

Find the 4 th term from the beginning and 4^(th) term from the end in the expansion of (x+(2)/(x))^(9)

The sum of the rational terms in the expansion of (sqrt2+3^(1/5))^(10) is

Find n if the ratio,of the fifth term from the beginning to the fifth term from the end in the expansion of (24+(1)/(34))^(n) is sqrt(6):1

Number of rational terms in the expansion of (sqrt(2)+root4 (3))^(100) is

Find the seventh term from the beginning in the expansion of root3sqrt(2)+(1)/(root3sqrt(3)))^(n)

The sum of the rational terms in the expansion of (sqrt(2) + 3^(1/5))^(10) is

The sum of the coefficients in the binomial expansion of (1/x + 2x)^n is equal to 6561. The constant term in the expansion is

The sum of the coefficients in the binomial expansion of (1/x + 2x)^n is equal to 6561. The constant term in the expansion is