Determine whether each of the integers from -5 to 5 is a solution of the equation (x-1) +3 greater than or equal to 5.

Integers 3, 4, 5 are solution to given inequality

Solution:

Given is:

We have to determine whether each of the integers from -5 to 5 is a solution of the equation

But the above equation is not true

Therefore, x = -5 is not a solution to given inequality

But the above equation is not true

Therefore, x = -4 is not a solution to given inequality

But the above equation is not true

Therefore, x = -3 is not a solution to given inequality

But the above equation is not true

Therefore, x = -2 is not a solution to given inequality

But the above equation is not true

Therefore, x = -1 is not a solution to given inequality

But the above equation is not true

Therefore, x = 0 is not a solution to given inequality

But the above equation is not true

Therefore, x = 1 is not a solution to given inequality

But the above equation is not true

Therefore, x = 2 is not a solution to given inequality

Thus the above equation is true

Therefore, x = 3 is a solution to given inequality

Thus the above equation is true

Therefore, x = 4 is a solution to given inequality

Thus the above equation is true

Therefore, x = 5 is a solution to given inequality

c) the median for town a 30" is greater than the median for town b 25"

step-by-step explanation:

town a, median = q2 = 30

town b, median - q2 = 25

so the median for town a 30" is greater than the median for town b 25"

hope this !