Number of values of x satisfying `|x-3|+|x+3|=|2x|+6` is/are

The maximum number of values of x satisfying |x-2| + |x-4| = 2 is

Let A is number of value of 'x' satisfying equation |x-3|=2x-5 and B is the value of 'x' satisfying the equation |log_((1)/(3))2|=log_((1)/(3))x, then A+B is equal to

Number of integral value of x, satisfying |x-1|+|x-2|+|x-3|leq6 is equal to :

The number of values of satisfying the equation |2x+3|+|2x-3|=4x+6, is

The number of integral values of x satisfying |x^2-1|leq3 is

No.of values of x satisfying 3^(x)8bar(x+2)=6 is/are

If x satisfies |x-1|+|x-2|+|x-3|>=6

The number of real values of x satisfying the equation 3 |x-2| +|1-5x|+4|3x+1|=13 is:

The number of real values of x satisfying the equation 3 |x-2| +|1-5x|+4|3x+1|=13 is:

If 3^(log_(2)x)-2x-3=0, then the number of value of x satisfying the expression is