The equation for the number of <u>members</u> after years is .
The members after years are .
Let be the <u>number of years</u> after and be the <u>number of members</u>.
The membership in is .
Rate growth of per year.
So, the equation for the number of members after years is .
For the <u>members</u> after years, put in the equation,
.
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<em>The difference of, the product of three and n squared, and x.</em>
Answer:
Option (3)
Step-by-step explanation:
Given: EF = 10x + 20
FG = 43
EG = 183
From the figure attached,
Length of segment EF + length of segment FG = length of segment EG
By substituting the values of each segment in the equation,
(10x + 20) + 43 = 183
10x + 20 = 183 - 43
10x = 140 - 20
x =
x = 12
Therefore, x = 12 will be the answer.
Option (3) will be the correct option.
0.999993283193413 is the answer. You may have to round.
I think its the third one
y+2=-(x-4)
Its because the - represents -1 which is the slope of the graph. And the number inside of the x parentheses usually switches signs so it would be 4, which is a point on the graph. Then I think it would be +2 because when subtracted to the other side of the equation it would become -2 which is a point on the graph that corresponds to x=4.
I may be incorrect, you can check my reasoning to see if I make any sense xD
Hope this helps, good luck! :D