So for this, this can be written into the equation
![y=50x+35](https://tex.z-dn.net/?f=y%3D50x%2B35)
(x = number of months, y = total cost).
To solve this problem, we need to plug in 1325 into the y-variable and solve from there.
![1325=50x+35](https://tex.z-dn.net/?f=1325%3D50x%2B35)
Subtract 35 on each side to get
![1290=50x](https://tex.z-dn.net/?f=1290%3D50x)
Then just divide by 50 on each side, and your answer should be
![25.8=x](https://tex.z-dn.net/?f=25.8%3Dx)
And because we cannot go past budget, we will have to round down to 25.
In context, the maximum amount of months Abbey can do is 25 months.
Answer:
In the morning
Step-by-step explanation:
Because in the afternoon, he ran 2/3 mile and that is equal to 4/6 which is less than 5/6.
Answer:
18 weeks
Step-by-step explanation:
Total amount of money saved up to buy the printer is T(w), where w is the number of weeks.
Then T(w) = $100 + ($20/wk)w
Setting this equal to $460, we solve the resulting equation for w to determine the number of weeks it took Hugo to save up $460 total:
$460 = $100 + ($20/wk)w, or
$360 = ($20/wk)w, or
w = $360/($20/wk) = 18 weeks
36 and 3 are two monomials with a quotient of 12. How? Well, we can first off start by defining what a monomial is. A monomial is any whole number or variable term in an algebraic expression. 36 and 3 are both monomials because they are constants (in other words, numbers without any variables). 36 and 3 can be divided to result in 12. If you need to better understand, let me know and I will gladly assist you.
6000/500=12. 12 reams of paper are needed.