" If "alpha" satisfies the inequation "x^(2)-x-2>0," then a value exists for "

If 'alpha' satisfies the equation x^2 - x - 2 gt 0 , then which of the following does exist ?

Let a >2 be a constant. If there are just 18 positive integers satisfying the inequality (x-a)(x-2a)(x-a^2)<0, then the value of a is ____________

The number of integral values of x satisfying the inequation x^(2)-|x|-6<=0 is

Let a >2 be a constant. If there are just 18 positive integers satisfying the inequality (x-a)(x-2a)(x-a^2)<0, then find the value of adot

Let a >2 be a constant. If there are just 18 positive integers satisfying the inequality (x-a)(x-2a)(x-a^2)<0, then find the value of adot

Let a>2 be a constant.If there are just 18 positive integers satisfying the inequality (x-a)(x-2a)(x-a^(2))<0, then find the value of a.

Let a >2 be a constant. If there are just 18 positive integers satisfying the inequality (x-a)(x-2a)(x-a^2)<0, then find the value of adot

Let a >2 be a constant. If there are just 18 positive integers satisfying the inequality (x-a)(x-2a)(x-a^2)<0, then find the value of adot

The set of values of x in R satisfying the inequality x^(2)-4x-21 le 0 is