will medal For f(x) = 0.01(2)x, find the average rate of change from x = 2 to x = 10. 1.275 8 10.2 10.24
@Keigh2015 help quick
also Which of the following options results in a graph that shows exponential growth? f(x) = 0.4(3)x f(x) = 3(0.5)x f(x) = 0.8(0.9)x f(x) = 0.9(5)−x
@Keigh2015
@BPDlkeme234
\[\frac{ 0.2 }{ x }\] I think... This one is hard.
Let's solve for y. y=(0.01)(2)(10) Answer: y=0.2
do u know anyone else who can help
srry
go on
@mathmate @misssunshinexxoxo @MICAAAAAAAAAAAAAAAAAA
keep going
@misssunshinexxoxo
@Keigh2015
I believe it is 10.2.... I'm not sure.
I agree with vbroberson
Okay. I'm just not sure.
this one too which of the following options results in a graph that shows exponential growth? f(x) = 0.4(3)x f(x) = 3(0.5)x f(x) = 0.8(0.9)x f(x) = 0.9(5)−x
@Keigh2015
hmm let me think
I would say the last one
u sure
it was wrong :( but thanks anyway
I am sorry
sokay
try this one Which of the following options results in a graph that shows exponential growth? f(x) = 0.4(0.2)x f(x) = 4(0.98)x f(x) = 0.7(5)x f(x) = 5(4)−x
Not the last one I know that
For \(f(x) = 0.01(2)^x\), find the average rate of change from x = 2 to x = 10. For this one, you can use average rate of change = (f(x2)-f(x1))/(x2-x1) The correct answer is one of the choices. Which of the following options results in a graph that shows exponential growth? f(x) = 0.4(0.2)x f(x) = 4(0.98)x f(x) = 0.7(5)x f(x) = 5(4)−x For this one,you need to be exact with the question. Whether the x is a power of a simple multiplication makes the whole difference. So please type the exact choices. (0.2)^x = 0.2 raised to the power of x. (0.2)x means 0.2 multiplied by x.
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