x^(2)-4x+log_(1/2)a=0

Find the number of solutions of the following equations: x^(-(1)/(2))log_(0.5)x=1x^(2)-4x+3-log_(2)x=0

Find the number of solutions of the following equations: 1. x^(-1/2)(log)_(0. 5)x=1, 2. x^2-4x+3-(log)_(2)x=0

(log_(2)x)^(2)+4(log_(2)x)-1=0

If (log_(2)(4x^(2)-x-1))/(log_(2)(x^(2)+1))>1, then x may be

(log_(2)x)^(4)-(log_((1)/(2))((x^(5))/(4)))^(2)-20log_(2)x+148<0

(log_(2)x)^(4)-(log_((1)/(2))((x^(5))/(4)))^(2)-20log_(2)x+148<0

Number of real values of x satisfying the equation log_(2)(x^(2)-x)*log_(2)((x-1)/(x))+(log_(2)x)^(2)=4 is (a)0(b)2(c)3(d)7

log_(0.5x)x^(2)-14log_(16x)x^(3)+40log_(4x)sqrt(x)=0

log_(0.5x)x^(2)-14log_(16x)x^(3)+40log_(4x)sqrt(x)=0

Find the values of x satisfying the inequalities: log_(0.1)(4x^(2)-1)>log_(0.1)3x