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Inequation:
4x^2-9x-9=>0
1,5^((x^2+x-20)/x)<=1,5^0
(x+1/2)-(1-5x/5)>x
x^2*log(16)*x*1/log(x)>=log(16)*1/log(x^5)+x*log(2)*1/log(x)
Identical expressions
(x+ one / two)-(one - five x/5)>x
(x plus 1 divide by 2) minus (1 minus 5x divide by 5) greater than x
(x plus one divide by two) minus (one minus five x divide by 5) greater than x
x+1/2-1-5x/5>x
(x+1 divide by 2)-(1-5x divide by 5)>x
Similar expressions
(x-1/2)-(1-5x/5)>x
(x+1/2)+(1-5x/5)>x
(x+1/2)-(1+5x/5)>x

Solving inequalities/ (x+1/2)-(1-5x/5)>x

(x+1/2)-(1-5x/5)>x inequation

The solution

You have entered [src]

               5*x    
x + 1/2 + -1 + --- > x
                5

$$\left(x + \frac{1}{2}\right) + \left(\frac{5 x}{5} - 1\right) > x$$

x + 1/2 + (5*x)/5 - 1 > x

Solving inequality on a graph

Rapid solution 2 [src]

(1/2, oo)

$$x\ in\ \left(\frac{1}{2}, \infty\right)$$

x in Interval.open(1/2, oo)

Rapid solution [src]

And(1/2 < x, x < oo)

$$\frac{1}{2} < x \wedge x < \infty$$

(1/2 < x)∧(x < oo)