The least positive value of `|x+1|+|x-3|` is equal to

The least positive value of x satisfying the equation |x+1|-|x|+3|x-1|+2|x-2|= x+2 is

Find the least positive value of k for which the equation x^2+k x+4=0 has real roots.

If the point P((3a)/(2),1) lies between the two different lines x+y=a and x+y=2a , then the least integral value of |a| is equal to

Prove that the least positive value of x , satisfying tanx=x+1, lies in the interval (pi/4,pi/2)

Prove that the least positive value of x , satisfying tanx=x+1,lies in the in terval(pi/4,pi/2)dot

Prove that the least positive value of x , satisfying tanx=x+1, lies in the interval (pi/4,pi/2)

x is both an integer and greater than 1.integer factor of x not equal to 1 " " Let[x] stand for the smallest positive integer factor of x not equal to 1 {:("Column A", " ","Column B"),([x],,[x^3]):}

The least positive integral value of 'x' satisfying (e^x-2)(sin(x+pi/4))(x-log_e2)(sinx-cosx)<0

the least positive value of x satisfying ( sin^(2) 2x + 4 sin^(4) x - 4 sin^(2) x cos^(2) x )/ 4 = 1/9 is

x_(1) and x_(2) are two positive value of x for which 2 cos x,|cos x| and 3 sin^(2) x-2 are in GP. The minimum value of |x_(1)-x_(2)| is equal to