Answer:
Revenue = Members * (Cost Per Member)
R = (12.500 *8) =
R= 100.000
R = (12.500 - 500) ( 8 + 1)=
R=12000*9=
R=108.000
Step-by-step explanation:
Revenue = Members * (Cost Per Member)
R = (12.500 *8) =
R= 100.000
R = (12.500 - 500) ( 8 + 1)=
R=12000*9=
R=108.000
Where x represents the number of $1 increases
Where x represents the number of $1 increases
In this question, you know that the machine packs

of a box every

of a minute. Since it is constant, you simply have to double the half a minute to a full minute and then also double the rate to get

boxes packed per minute. And

is equal to
Answer:
Find the function of two points first. Then check whether the third point is on it
Answer:
The graph of g(x) is wider.
Step-by-step explanation:
Parent function:

New function:

<u>Transformations</u>:
For a > 0




If the parent function is <u>shifted ¹/₄ unit up</u>:

If the parent function is <u>shifted ¹/₄ unit down</u>:

If the parent function is <u>compressed vertically</u> by a factor of ¹/₄:

If the parent function is <u>stretched horizontally</u> by a factor of ¹/₂:

Therefore, a vertical compression and a horizontal stretch mean that the graph of g(x) is wider.
Simple: 3 shelves times 40 games = 120 games, 120-85= 35. So the answer is 35 games.