Solve the following systems of linear in equations:
$\frac{7 x-1}{2}<-3, \frac{3 x+8}{5}+11<0$
When
$\frac{7 x-1}{2}<-3$
Multiplying both the sides by 2
$\left(\frac{7 x-1}{2}\right)(2)<-3(2)$
$7 x-1<-6$
Adding 6 to both the sides in above equation
$7 x-1+6<-6+6$
$7 x+5<0$
Subtracting 5 from both the sides in above equation
$7 x+5-5<0-5$
$7 x<-5$
Dividing both the sides by 7 in above equation
$\frac{7 x}{7}<\frac{-5}{7}$
Therefore
$x<\frac{-5}{7}$
Now when,
$\frac{3 x+8}{5}+11<0$
Subtracting both the sides by 11 in the above equation
$\frac{3 x+8}{5}+11-11<0-11$
$\frac{3 x+8}{5}<-11$
Multiplying both the sides by 5 in the above equation
$\left(\frac{3 x+8}{5}\right)(5)<-11(5)$
$3 x+8<-55$
Subtracting 8 from both the sides in above equation
$3 x+8-8<-55-8$
$3 x<-63$
Dividing both the sides by 3 in above equation
$\frac{3 x}{3}<\frac{-63}{3}$
Therefore,
$x<-21$