Answer:
The number of rooms that can be wire with available rolls is 6 rooms
Step-by-step explanation:
Given as :
The quantity of roll of electrical wire does electrician need = unit
Total quantity of wire rolls available = 4 unit
i.e Total quantity of wire rolls available = unit
Let The number of rooms that can be wire with available rolls = n rooms
<u>Now, According to question</u>
The number of rooms that can be wire with available rolls =
i.e n =
Or, n =
Or, n =
∴ n = 6
So, The number of rooms that can be wire with available rolls = n = 6 rooms
Hence, The number of rooms that can be wire with available rolls is 6 rooms . Answer
Answer:
The answer is $1,079.1
Step-by-step explanation:
you find what 10% of the total is and you would get 119.9. then, you subtract that from the total to get what the teachers total would be.
I'm sorry it's a terrible explanation, but I just did it really fast in my head
Answer:
14 and 6
Step-by-step explanation:
Let's start by naming the first number x.
We can name the second number y.
We can set up equations to model our situation.
x+y=2x-8
x-y=2y-4
Let's simplify the equations.
x+y=2x-8
Subtract 2x from both sides
-x+y=-8
__________
x-y=2y-4
Subtract 2y from both sides.
x-3y=-4
Add the two equations together to eliminate x.
x-3y=-4
-x+y=-8
________
0x-2y=-12
-2y=-12
Divide both sides by -2.
y=6
The second number is 6.
Plug that back in.
x+6=2x-8
Subtract x from both sides
6=x-8
Add 8 to both sides
x=14
The first number is 14
Answer:
What question are we supposed to answer
Step-by-step explanation:
Sorry I read the whole thing multiple times and couldn’t find what the question was
If you wanted the points to be graphed use Desmo calculator they graph the points for you:)