Answer:
Anthony is right
Step-by-step explanation:
I answered your other problem so look there for the explanation
Rewrite the term 
Expand each term so we have
Use the fact that 
Use the fact that 
when a is an even number
Simplify
Let me know if you need any clarifications, thanks!
Exponential:
It is called the exponential function of base a, to that whose generic form is f (x) = a ^ x, being a positive number other than 1.
Every exponential function of the form f (x) = a^x, complies with the followingProperties:
1. The function applied to the zero value is always equal to 1: f (0) = a ^ 0 = 1
2. The exponential function of 1 is always equal to the base: f (1) = a ^ 1 = a.
3. The exponential function of a sum of values is equal to the product of the application of said function on each value separately.
f (m + n) = a ^ (m + n) = a ^ m · a ^ n
= f (m) · f (n).
4. The exponential function of a subtraction is equal to the quotient of its application to the minuend divided by the application to the subtrahend:
f (p - q) = a ^ (p - q) = a ^ p / a ^ q
Logarithm:
In the loga (b), a is called the base of the logarithm and b is called an argument, with a and b positive.
Therefore, the definition of logarithm is:
loga b = n ---> a ^ n = b (a> 0, b> 0)
:
f into the graph of g. f(x) = x4 and g(x) = -(-x)4 ... y = f(-x) is a y-axis reflection (here the negative sign is "inside" the function) ... on the same axis sketch the graphs of y=x2-3, and the graph of y=2x ... find the equation of the horizontal line passing through the points (-2,3).
Answer:
y^3 + 12y^2 + 48y + 64
Step-by-step explanation:
Cumplimos la regla del cubo
y^3+(3y^2*4)+(3y*4^2 )+4^3
Operamos factores comunes
y^3+(12y^2 )+(48y)+64
