`log_(1/4)((35-x^2)/x)geq-1/2`

log_((3)/(4))log_(8)(x^(2)+7)+log_((1)/(2))log_((1)/(4))(x^(2)+7)^(-1)=-2

log_((3)/(4))log_(8)(x^(2)+7)+log_((1)/(2))log_((1)/(4))(x^(2)+7)^(-1)=-2

If log_(1//2)(4-x)gelog_(1//2)2-log_(1//2)(x-1) ,then x belongs to

If log_(1//2)(4-x)gelog_(1//2)2-log_(1//2)(x-1) ,then x belongs to

If log_(1//2)(4-x)gelog_(1//2)2-log_(1//2)(x-1) ,then x belongs to

If log_(1//2)(4-x)gelog_(1//2)2-log_(1//2)(x-1) ,then x belongs to

If log_(1//2)(4-x)ge log_(1//2)2-log_(1//2)(x-1) , then x can belong to

The number of integral value of x satisfying the following system of inequalities (sqrt(log_2^2x-3(log)_2x+2))/((log)_5(1/3(log)_3 5-1))geq&x-sqrt(x)-2geq0"i s" 0 (2) 1 (3) 2 (4) 3

log_(3/4)log_8(x^2+7)+log_(1/2)log_(1/4)(x^2+7)^(-1)=-2

log_(3/4)log_8(x^2+7)+log_(1/2)log_(1/4)(x^2+7)^(-1)=-2 .