Let `f(x)=(x-2)^2x^n, n in N ` Then f(x) has a minimum at

f(x)=(x-2)^(2)x^(n),n in N then f(x) has

f(x)=(x-2)^(2)x^(n), n inN then f(x) has

Let f(x)=(x-1)^4(x-2)^n ,n in Ndot Then f(x) has a maximum at x=1 if n is odd a maximum at x=1 if n is even a minimum at x=1 if n is even a minima at x=2 if n is even

Let f(x)=(x-1)^(4)(x-2)^(n),n in N. Then f(x) has maximum at x=1 if n is odd a maximum at x=1 if n is even a minimum at x=1 if n is even a minima at x=2 if n is even

Let f(x)=(x-1)^(4)(x-2)^(n) , n inN . Then f(x) has

Let f(x) = (x - 1)^(4) (x - 2)^(n), n in N . Then f(x) has a)a maximum at x = 1 if n is odd. b)a maximum at x = 1 if n is even c)a minimum at x = 1 if n is even d)a minima at x = 2 if n is even

Let f(x)=(x-1)^4(x-2)^n ,n in Ndot Then f(x) has (a) a maximum at x=1 if n is odd (b) a maximum at x=1 if n is even (c) a minimum at x=1 if n is even (d) a minima at x=2 if n is even

Let f(x)=(x-1)^4(x-2)^n ,n in Ndot Then f(x) has (a) a maximum at x=1 if n is odd (b) a maximum at x=1 if n is even (c) a minimum at x=1 if n is even (d) a minima at x=2 if n is even

let f(x)=(x^2-1)^n (x^2+x-1) then f(x) has local minimum at x=1 when