Home
Class 11
MATHS
Prove that there is no term involving x^...

Prove that there is no term involving `x^6` in the expansion of `(2x^2-3/x)^(11)` , where `!=0.`

Promotional Banner

Similar Questions

Explore conceptually related problems

Prove that there is no term involving x^(6) is the expansion of (2x^(2) - 3/x)^(11) .

Prove that there is no term involving x^(6) in the expansion of (2x^(2)-3/x)^(11), ( x != 0 )

Show that there is no term containing x^6 in the expansion of (x^2 - (3/x))^11

Prove that there is no term involving x^(4) in the expansion of ((x^(2))/(2)+1/x)^(9)

Prove that there is no term involving x^(-1) in expansion of (x^(2)+(1)/(x))^(12) where x!=0

Show that there is no term containing x^6 in the expansion of (x^(2) + 3/x)^(11) .

Write and simplify the term involving x^5 in the expansion of (x-1/x)^11 .

Find the coefficient of the term involving x^10 in the expansion of (x^2-2)^11 .

Find 5th term in the expansion of (2x^2-1/3x)^11 .