Answer:
B y = x² +9
Step-by-step explanation:
A quadratic function must have the highest power of x being x^2 and must have an x^2 term
A y = X-9 - linear
B y = x² +9 quadratic
C y = x + 2x -9 - linear
Power = work \time
I'm not sure if that's the answer you are looking for
6n + 5 < 20
Subtract both sides 5
6n + 5 - 5 < 20 - 5
6n < 15
Divide both sides by 6
6n ÷ 6 < 15 ÷ 6
n < 15/6
n < 3×5/3×2
n < 5/2
n < 2.5
n《 2
Thus the largest value of n is :
<h2>
<em>n</em><em> </em><em>=</em><em> </em><em>2</em><em> </em></h2>
I know the parabola will open downward because the leading coefficient of the equation, being -5, is negative/less than zero.
Answer: point 1 is (-4,-6) point 2 is (-4,8)
Step-by-step explanation:
point D is located at (-4,1) with the x-coordinate being -4 and the y-coordinate being 1 so to get the points 7 units away with the same x-coordinate you:
1. subtract 7 from the y-coordinate in the original point (-4,1) and get (-4,-6) your first point
2. add 7 to the y-coordinate in the original point (-4,1) and get (-4,8) your second point
