Answer:
Recall that the parabola
y^2 = 4px
has its
focus at (p,0)
directrix at x = -p
vertex is midway between the focus and the directrix, at (-5,-5)
So, here we clearly have p = 2
So the equations is
(y+5)^2 = 8(x+5)^2
Step-by-step explanation:
brainliest pls
Answer: 96 units 2
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<h3>
Answer: Choice B) 72a^3</h3>
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Explanation:
We have something of the form [M*N]^2 where M = 3 and N = (2a)^(3/2)
Squaring the M leads to M^2 = 3^2 = 9
Squaring the N leads to N^2 = (2a)^3 = 8a^3
Notice how the fractional exponent goes away. The denominator '2' cancels with the '2' from the squaring operation
In other words, the rule is
where x is nonnegative.
A more general form of the rule is 
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After squaring M and N, we then get to
[MN]^2 = M^2*N^2 = 9*8a^3 = 72a^3
So that shows why choice B is the answer.
Answer:

Step-by-step explanation:
The line is parallel to 4x+3y=3.
We rewrite this line in slope intercept form to deduce our slope.

The slope is

The line passes through (-3,3) so we use the point-slope formula:


We simplify to get:


We rewrite in standard form to get:

