Answer:
B. x^2 + 14x + 45.
Step-by-step explanation:
Length = area / width so we do a
Long division:
x - 3) x3 + 11x2 + 3x − 135(x^2 + 14x + 45 <------ Quotient.
x3 - 3x2
14x^2 + 3x
14x^2 - 42x
45x - 135
45x - 135.
.................
Answer:
X = 7 Y = -19
Step-by-step explanation:
If you want to solve this equation by substitution then you have to put the second equation in, so it will look something like this
5x + 1(2-3x)=16
Apply distributive property to solve.
Once you find x, plug it in to find y
To double check your work, you can plug the coordinated values back in
-19 = 2 - 3(7)
-19 = 2-21
This is true, so our solution is correct.
Hope this helps :)
Answer:
The store manager can afford not more than 30 employees.
Step-by-step explanation:
Given:
Maximum amount a store manager can spend in a day = $1,000
Fixed cost for rate of operation for each day = $100
Salary for each employee per day = $30
If 
employees are working in the store then the inequality to find the maximum number of employees the store manage can afford i given as:
To solve for .
Solution:
We have :
Subtracting both sides by 100.
Dividing both sides by 30.
∴
Thus, the store manager can afford not more than 30 employees.
Answer:
Formul: x (or multiplication)
I don’t know what the second one is
area: 37. 5
hope this helps!! ❤️
Answer:
F is 117 and E is 63
Step-by-step explanation:
supplementary angles are 2 angles that add up to 18 to solve this you need to subtract 54 from 180 you'll get 126 then divide it by 2 then you get 63 so that's E, and F would be 63 plus 54 and that's how you get 117.
