S/8 = -5
Multiply 8 to both sides
s = -40
Edit:
You multiply 8 to both sides to cancel the 8 in s/8.
s/8 * 8/1 = s8/8 = s
You divide -15 on both sides to keep the x alone
-240/ -15=16
A negative divided by a negative is a positive so x=16
So, the first thing that you have to do is figure out what fraction of the money Steven deposited in his checking account. If he deposited 1/3 into his savings account, you would subtract that fraction from the whole (1) to get 2/3.
Now, you know that Steven deposited 2/3 of $4285.68 into his checking account. You multiply these two things together, to find the total amount Steven deposited in his checking account.
2/3 * 4285.68 = 2857.12
Your final answer is that Steven deposited $2857.12 into his checking account.
Answer:
X^2 + 70x + 12000
Step-by-step explanation:
Is that what you wanted? I got that by using the distributive method.
Remember that the y-intercept is where the function has a value of 
and the x-intercept is where the function has a value of 
. Thus, to find the x-intercept and y-intercept, we can substitute these values into the equation and solve for the other variable.
<u>x-intercept</u>
Since the x-intecept has a y-value of 0, we can substitute this into the function and solve for 
.
The x-value of the x-intercept is 
and the y-value is 0, meaning that the x-intercept has coordinates 
.
<u>y-intercept</u>
Since the y-intercept has a x-value of 0, we can substitute this into the equation and solve for 
:
The y-value of the y-intercept is -3, meaning that the y-intercept of the function is 
.
