4--2= 6
When you put two negatives together they become positive.
We are given function : f(x)=7x^3-3x^2-6.
We need to describe the end behavior of the given function.
In order to describe end behavior of a function we need to find the degee and leading coefficient of the given function.
Degree of the given function is the maximum power of the exponent.
We have x^3, there.
Therefore, degree of the given function is : 3 an odd degree and
Leading coefficient is : 7 a positive number.
<em>According to end behavior rule, when degree is an odd degree and leading coefficient is a positive number the f(x) would be of same sign as x.</em>
Therefore end behavior would be
<h2>x --> + ∞ , f(x) --> + ∞</h2><h2>x --> - ∞ , f(x) --> - ∞</h2>
Answer: Option A.
Step-by-step explanation:
Simplifying
xy + -9z = 4
Solving
xy + -9z = 4
Solving for variable 'x'.
Move all terms containing x to the left, all other terms to the right.
Add '9z' to each side of the equation.
xy + -9z + 9z = 4 + 9z
Combine like terms: -9z + 9z = 0
xy + 0 = 4 + 9z
xy = 4 + 9z
Divide each side by 'y'.
x = 4y-1 + 9y-1z
Simplifying
x = 4y-1 + 9y-1z
Answer:
Step-by-step explanation:
y=25000(1+6,4%)^x
x=8 (2012-2020)
I think the answer is 2q+2r
