The ordered pairs (1, 3), (2, 9), (3, 27), (4, 81), and (5, 243) represent a function. What is a rule that represents this function?
And The ordered pairs (1, 25), (2, 36), (3, 49), (4, 64), and (5, 81) represent a function. What is a rule that represents this function?
Stacey Warren - Expert brainly.com
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Shouldnt it be more like y = x3 or y = 3x for the first one?
yes, the first one represents powers of 3\[(x,3^x)\]
the second one looks a little square to me.....
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Is the second one y=x^5 maybe?
no, give me a list of perfect square from 1 to 9 ...
1^2 = 1
2^2 = 4
3^2 = 9
Ok? You want me to continue that or no?
continue it for the integers from 1 to 9; so from 1^2 to 9^2
Oh ok, you already did the first three, so the next would be:
now, notice that our outputs given are
now, when x=1, we need x to be 5
when x=2, we need x to be 6
when x=3, we need x to be 7
we need the x parts to be shifted by +4
do you see it?
I think I get ya, but whats an equasion for that? I understand the problem now though=) thanks
it would be nice if x^2 would get us where we need to me, but we discovered the x needs to be shifted by +4 in order to make a math sooo
y = (x+4)^2
soo many typos, sooo little time lol
Haha ok, I get it now...makes alot more sense=) and yes..thanks for your melp eben wif tybos=)
just to clarify ;)
it would be nice if x^2 would get us where we need to be, but
we discovered that x needs to be shifted by +4 in order to make a match ...