The answer of the integers is closed under subtraction is False
Answer: sqrt(x+1)+4
This is the same as writing 
The +4 is not under the square root
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Explanation:
g(x) is the same as y, since they're both outputs of a function
So we have the starting equation y = (x-4)^2 - 1
Swap x and y and solve for y to get the inverse.
y = (x-4)^2 - 1
x = (y-4)^2 - 1
x+1 = (y-4)^2
(y-4)^2 = x+1
y-4 = sqrt(x+1) ... see note below
y = sqrt(x+1)+4
Note: Recall that
and we swapped x and y. This ultimately means
and this only occurs if we picked the positive version of the square root (ignoring the negative version).
Just multiply 1/6 it's the scale factor so it'll tell you how you will shrink or enlarge the length
The asymptote of the function is 3, For very high x-values, y moves toward positive infinity
Answer:
1) x³-y³ = (x-y)(x²-xy+y²)
2)x²-y² =(x-y)(x+y)
3)x-y = (x-y)
hcf = (x-y)
lcm = (x-y)(x²-xy+y²)(x+y)= (x³-y³)(x+y)
Step-by-step explanation: