How do you solve #5( - x - 5) \geq - 5x - 35#?

1 Answer
Nov 21, 2017

No solution or #cancel(0)#

Explanation:

#5(-x-5) >= -5x - 35#

The first thing we need to do is distribute. The '5' in the inequality multiplies to both the #-x# and #-5#, so the equation looks like this:
#-5x - 25 >= -5x - 35#

Now let's put all the variables on the left side and the numbers on the right side of the equation.

Notice that when we move #-5x# to left side, it will become positive, meaning that the -5x and 5x cancel out. So the inequality looks like this:
#-25 >= -35#

Oh no! We don't have anymore variables left!

However, we see that the inequality says that -25 is MORE THAN OR EQUAL to -35. Is that ever true? NO. That means that there is NO SOLUTION or #cancel(0)#.