<span>y = x^3 {compression factor places coefficient out in front of the polynomial}
y = (1/7) x^3 {horizontal shift 8 units to the left changes all x to x + 8}
y = (1/7) (x+8)^3 {Reflection across the x axis makes all y values negatives of one another}
-y = (1/7) (x+8)^3 {Now multiply by -1 to get y = f(x) form}
y = (-1/7) (x+8)^3 </span>
Answer:
The function g(x) simply takes the value x and turns it into its reciprocal value . Thus, for instance, the number 5 becomes , and becomes 2. Note that any value of x works in this function as long as is defined. As mentioned, fractions work as well as whole numbers, both for positive and negative values; the only value that does not work is 0, since is undefined (how many times can 0 go into 1?). Thus, the domain of the function is all x in where x ≠ 0. Let's look at the graph of the function also.
Step-by-step explanation:
The function f simply takes in input value x, multiplies it by 2, and then adds 3 to the result. We can therefore consider what constitutes the set of numbers that the function can accept as an input and what constitutes the set of numbers that the function can yield as an output.
Answer:
A. it helps people begin to build credit history.
Step-by-step explanation: It wants to know an ADVANTAGE! B is NOT an advantage. C high interest rates are very bad and make you pay more so its not C. D do i even really have to explain? lol the correct answer is A :)
First what is the fraction it could be 3/3 which would equal one hole or 3 2/3 or one third and one of those are your fractions so
The restriction are that neither h nor g may equal zero as that would lead to division by zero.
The simplification after units cancel is:
(3(gh)^3)/100 or if you prefer
0.03(gh)^3
