2 answers:
Yes, The inverse of y = -x is itself.
Switch the x's and y's and solve for y.
Switch x's and y's: X= - y
Divide both sizes by : - 1 and - x = y
So the inverse of y= -x is y = x.
Swap the domain and range from the original question
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The answer would be 0.0043478261
Given that t<span>he
function b(n) = 12n represents the number of baseballs b(n) that are
needed for n games.
Then the number of baseballs needed for 15 games is given by b(n) = 12(15) = 180.</span>
5 2/3 = 17/3 = 34/6
8 5/6 = 53/6
34/6 - 53/6 = -19/6 = -3 1/6
Add the like terms so (1)(-10i)
If f(-3)=-9, g(5)=12 and f(5)=1
then g(-7)=-6
