Answer:
yes
Step-by-step explanation:
as the more you spend the more u save
No solution
because a number can not be less than and greater than the same number.
Answer:
Completing the square we get: 
and factoring the term we get: 
Step-by-step explanation:
We need to complete the square for the expression 
For completing the square the expression would be of form 
For given expression we have to add (2)^2 and subtract to make it complete the square.

Now, we have to factor the polynomial using formula 
So, 
Completing the square we get: 
and factoring the term we get: 
Answer:
7,000
the green line in the middle is the median
Step-by-step explanation: