Answer:
1)
Horizontal asymptote states that the graph of a function approaches but never touches.
Therefore, the equation of the line for its asymptote is, y = -2.
2)
here, parent function .
Vertical shifts: To translate the function f(x) vertically, you can use the function g(x) = f(x) + k
if:
- k > 0, the graph of f(x) translated k units up.
- k < 0 , the graph of f(x) translated k units down.
As you can see in the graph as shown below the parent function is translated 2 units down to get g(x).
i.e,
.
Therefore, the function is the transformation of the parent functionf(x).
Answer:
This expression isn't factorable with rational numbers.
Easy way is to look at the term with the highest exponent. The exponent determines the number of roots. Some might be double roots. THough not all of then will be real. The imaganry ones come in pairs
Examples:
x^4 - 4 roots
x^7 - 7 roots
x^3 - 3 roots
Answer:
S(0,-33)
Step-by-step explanation:
S(x,y)
(4+x)/2 = 2 => x = 0
(11+y)/2=-11 => y = -33
Answer:
pretty sure its b
Step-by-step explanation: