C(x) = 80000 + 100x is the total cost as function of number of cycles produced
C(90) = 89000 and it costs $ 89000 to produce 90 bicycles
<em><u>Solution:</u></em>
Given that, company that manufactures bicycles has a fixed cost of $80,000
Fixed cost = $ 80,000
Let x be the number of cycles produced
Let C(x) be the total cost as function of number of cycles produced
It costs $100 to produce each bicycle
Variable cost = 100 x number of cycles produced
variable cost = 100x
The total cost for the company is the sum of its fixed cost and variable costs
total cost = fixed cost + variable cost
C(x) = 80000 + 100x
Thus total cost as function of "x" is found
<em><u>Find and interpret C(90)</u></em>
Substitute x = 90 in C(x)
C(90) = 80000 + 100(90)
C(90) = 80000 + 9000
C(90) = 89000
Thus it costs $ 89000 to produce 90 bicycles
Answer:
n is less than or equal to: 10
Step-by-step explanation:
10n+20=120
subtract 20
10n=100
divide by 10
n=10
It’s 6.72 you add the two numbers
No, there is no 'greatest integer'. That is because positive numbers can go up tp infinite, and we do not know where numbers stop.
However, there is a negative greatest integer because the ones that's closes to zero is -1.
Step-by-step explanation:
The shape of the new pizza must meet the conditions:
- Be an irregular polygon (different sides and/or angles).
- Have at least five sides.
- Have the approximately the same area as a 14" diameter circle.
- Fit in a 14⅛" × 14⅛" square.
- Be divisible into 8-12 equal pieces.
For simplicity, I will choose a polygon with 5 sides (a pentagon), and I will use 2 right angles (a "house" shape).
Split the pentagon into a rectangle on bottom and triangle on top. If we cut the rectangle into 8 pieces like a regular pizza, and the triangle in half, we get 10 triangles.
Now we just need to figure out the dimensions. The area of a 14" circular pizza is:
A = πr²
A = π (7 in)²
A ≈ 154 in²
That means the area of each triangle slice needs to be 15.4 in². If we make the total width of the pentagon 14", then the width of each triangle is 7", and the height of each triangle is:
A = ½ bh
15.4 in² = ½ (7 in) h
h = 4.4 in
Which makes the total height of the pentagon 3h = 13.2 in.
So, our 13.2" × 14" pentagon has at least 5 sides, is irregular, has the same area as a 14" diameter circle, fits in a 14⅛" × 14⅛" square, and can be divided into 8-12 equal pieces.
Of course, there are many possible solutions. This is just one way.