If `(x + 1)^2` is greater than `5x - 1` & less than `7x -3` then the integral value of x is equal to (A) 1 (B) 2 (C) 3 (D) 4

If x an integer greater than -10, but less than 10 and |x-2|lt3 , then the value of x are

If (3x+9) is greater than or equal to (5x+7), then find the maximum possible value of x:

If the maximum and minimum values of y=(x^2-3x+c)/(x^2+3x+c) are 7 and 1/7 respectively then the value of c is equal to (A) 3 (B) 4 (C) 5 (D) 6

If x-(1)/(x)=1, then the value of x^(3)-(1)/(x^(3)) is equal to (a)2(b)3(c)4(d)8

If x is real can that of x^2+3x+1 less than (-5/4) ?

The integral value of real x for which : (5x-1) lt (x+1)^(2) lt (7x-3) is :

Number of circle touching both the axes and the line x+y=4 is greater than or equal to : (a) 1 (b) 2 (c) 3 (d) 4

Integral value of x for, which (5x-1)lt(x+1)^2lt7x-3

If ( x- 3 )/5 - 2 = -1 , then x is equal to ( a ) 8 ( b) 3 ( c ) -7 ( d ) 2

If the maximum and minimum values of y=(x^(2)-3x+c)/(x^(2)+3x+c) are 7 and (1)/(7) respectively then the value of c is equal to (A)3(B)4(C)5 (D) 6