Consider the expansion of `(sqrt(x)-(2)/(x^(2)))^(16)`

Consider the expansion of (2x-1)^(15)

If the term free from x in the expansion of (sqrt(x)-(k)/(x^(2)))^(10) is 405, then find the value of k.

Find the terms independent of x in the expansion of (sqrt(x)+(1)/(3x^(2)))^(10)

Find the term independent of x (that is the constant term) in the expansion of ((sqrt(x))/(3)+(3)/(2x^(2)))^(10)

The position of the term independent of x in the expansion of (sqrt((x)/(3)) + (3)/(2x^(2)))^(10) is ......

If the term free form x in the expansion of (sqrt(x)-m/(x^(2)))^(10) is 405, find the value of m.

Consider the binomial expansion of (sqrt(x)+(1/(2x^(1/4))))^n n in NN , where the terms of the expansion are written in decreasing powers of x. If the coefficients of the first three terms form an arithmetic progression then the statement(s) which hold good is(are) (A) total number of terms in the expansion of the binomial is 8 (B) number of terms in the expansion with integral power of x is 3 (C) there is no term in the expansion which is independent of x (D) fourth and fifth are the middle terms of the expansion

Find the term independent of x in the expansion of (sqrt(x/3)+((sqrt3)/(2x^2)))^10

Consider the expansion (x^(3)-(1)/(x^2))^(15) . What is the independent term in the given expansion ?

If the term free from x in the expansion of (sqrt(x)-k/(x^2))^(10) is 405 , find the value of kdot