A baseball player has been improving every season since making it to the big leagues. Below is a table of the runs he has scored. His manager wants to try to determine when he will score 256 runs. Season Runs 1 2 2 4 3 8 Explain how to create the exponential function that represents his run-scoring abilities. Then explain how to convert this function into a logarithmic function and why this can help the manager answer his question. @Directrix @campbell_st @Abhisar @jdoe0001 @e.mccormick @SithsAndGiggles @TheSmartOne @Whitemonsterbunny17 @Nnesha @tHe_FiZ
@tHe_FiZiCx99
First, do you know what the exponential function is?
Season Runs 1 2 2 4 3 8
it's when a function whose value is a constant raised to the power of the argument and especially the function where the constant is e.
Yes, "a exponential function" is some number to the power of x, so \(a^x\). "THE exponential function" is \(e^x\), as in it is the only one where that is the specific name. Now, I am emphasizing the "the" a bt more than needed, but you get the point. Anyhow, some exponenial function represents those scores. |dw:1422492355689:dw|
right
So your general form is: \(y=a^x\) You have been given some numbers for x and y. If you put them in, you can solve for a.
idk which one is y and which is x.
Look at the way I graphed it. Which is on the x axis and which is on the y?
so 2= a^1?
Yep! Which means a= what?
2
OK, so put 2 in for a and test with one of the other values to confirm.
is that all i have to do for this question?
Well, you have to describe the process, but yes. Those are the basic steps.
Can you help me describe the process?
@e.mccormick
Well, type up what you did as a descripton and I'll look at it.
k
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