Question

PLZZZ HELP ME ANYONE?!!?!!!?

Answer 1

with what mate

Answer 2

i'll post the question right now

Answer 3

The function f(x) = 20(3)x represents the growth of a fish population every year in a local lake. Jesse wants to manipulate the formula to an equivalent form that calculates every half-year, not every year. Which function is correct for Jesse's purposes?

f(x) = 20(3)the x over 2 power
f(x) = 20(3 to the one half power)2x
f(x) = twenty halves(3)x
f(x) = 40(2)x

Answer 4

Let me rewrite your answers because they are not making sense to me.

Answer 5

ok

Answer 6

A. \(f(x) = 20(3)\left(\frac{x}{2}\right)\)
B. \(f(x) = 20(3^{1/2})(2x)\)
C. \(f(x) = \left(\frac{20}{2}\right)3x\)
D. \(f(x) =40(2)x\)

Answer 7

I think that the Xs are supposed to be x powers.....I am in algebra 2 and I am doing this right now and that is what is is for mine.....

Answer 8

ok so your original formula was \(f(x) = 20(3)^x\)?

Answer 9

Cand D are to the x power @Jhannybean

Answer 10

The function \[f(x) = 20(3)^x\] represents the growth of a fish population every year in a local lake. Jesse wants to manipulate the formula to an equivalent form that calculates every half-year, not every year. Which function is correct for Jesse's purposes?

\[A. f(x)=20(3)^{\frac{ x }{ 2 }}\]
\[B. f(x)=20(3^{\frac{ 1 }{ 2 }})^{2x}\]
\[C. f(x)=\frac{ 20 }{ 2 }(3)^x\]
\[D. f(x)=40(2)^x\]

@iamabarbiegirl does this look correct?

Answer 11

yes @haleyelizabeth2017

Answer 12

Okay. Just making sure....that should help in the correct format :)

Answer 13

Ok that makes much much more sense.

Answer 14

sorry about that lol @Jhannybean

Answer 15

your variable \(x\) represents the time .

Answer 16

You want to find an equation that represents the growth of a fish population every HALF year, so how would you represent that?

Answer 17

1 year = \(x\), \(\dfrac{1}{2}\) year = ?

Answer 18

i'm really confused.. idk any of this and i'm in a hurry i need to submit this asap

Answer 19

@mathstudent55 @iambatman

Answer 20

in other words, it would be \(^{1/2x}\) which is the same as \(^{x/2}\)

Answer 21

there is only one option that is like that....

Answer 22

so A? @haleyelizabeth2017

Answer 23

Ding ding ding, we have a winner!!! :)

Answer 24

hahah than kyou sooooo sooo much!

Answer 25

yup yup, no problem. But don't thank me....@Jhannybean did all the work :)