For x>1, y= log x satisfy the inequality

For x>1,y=log x-(x-1) satisfies the inequality

The set of values of x satisfying the inequality (1)/(log_(4)((x+1)/(x+2)))<=(1)/(log_(4)(x+3)) is

The function y=2x^(2)-ln|x| is monotonically increasing for values of x(!=0) satisfying the inequalities monotonically decreasing for values of x satisfying the inequalities

The function y=2x^2-log(x) is monotonically increasing for values of x(!=0) satisfying the inequalities____ and monotonically decreasing for values of x satisfying the inequalities_____.

The function y=2x^2-log(x) is monotonically increasing for values of x(!=0) satisfying the inequalities____ and monotonically decreasing for values of x satisfying the inequalities_____.

The function y=2x^2-ln|x| is monotonically increasing for values of x(!=0) satisfying the inequalities____ and monotonically decreasing for values of x satisfying the inequalities_____.

Sum of all integral values of x satisfying the inequality (3^((5/2)log(12-3x)))-(3^(log x))>32 is......

Sum of all integral values of x satisfying the inequality (3^((5/2)log(12-3x)))-(3^(log x))>32 is......

Sum of all integral values of x satisfying the inequality (3((5)/(2))log(12-3x) is.....

Let f(x)=x+3ln(x-2)&g(x)=x+5ln(x-1), then the set of x satisfying the inequality f'(x) lt g'(x) is