Is the sentence true or false?

(1+x)/(2-x) does not exist due to unbounded behavior

  Is the sentence true or false?

If g(x) ={2, x<0 -3x, x ≥ 0}  

Then g(x) does not exist due to unbounded behavior

 Is the sentence true or false?

$\frac{\left(1+x\right)}{\left(2-x\right)}$ does not exist due to unbounded behavior

Evaluate

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

 Evaluate

$\frac{3}{1-x}=$

Evaluate

$\frac{x\sqrt{5}}{x-5}=$

Is the sentence true or false?

$\frac{1}{x}$ does not exist due to unbounded behaviour

Is the sentence true or false?

$\frac{\left(1+x\right)}{\left(4-x\right)}$ does not exist due to unbounded behavior

 Is the sentence true or false?

If g(x) ={-x-1, x<1 -3x, x ≥ 1}  

Then g(x) does not exist due to unbounded behavior

 Is the sentence true or false?

$\frac{\left(1+x\right)}{\left(1-x\right)}$ does not exist due to unbounded behaviour