Well, "m" represent $32 she spends a month and "t" be the $0.75 for each minute will be.
First, since the bill is for one month, we can place "m" by itself with no add-ons to it since it's been stated only a month is going by and it stays $32. However, depending of "t" the price can change without the original monthly plan changing, so we write it like m + (t . x). "x" represent every minute spent over the time limit, so it's "t" times "x" since whatever "t" is is determined by "x". If "x" is 0, then "t" is 0 since nothing is added and it'd remain $32. If say "x" was 10 however, that would mean 10 minutes have gone over the limit, so 0.75 x 10 would be $7.50 + $32 making it $39.50.
Your answer is m + (t . x)
Note: "m" and "t" can be different if you choose.
9.5000032 is one such number
Given:
The equation of the hyperbola is:
To find:
The the equation which is not an asymptote of the hyperbola.
Solution:
We have,
It can be written as:
Equating denominator and 0, we get
So, the vertical asymptotic is .
The degree of numerator is 0 and the degree of denominator is 1.
Since the degree of numerator is greater that the degree of denominator, therefore the horizontal asymptote is 
and there is no oblique asymptote.
Therefore, 
is not an asymptote of the given hyperbola and the correct option is C.
150 divided by 25 is 6 so the answer is 6
Answer:
The answer is
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Step-by-step explanation:
The midpoint M of two endpoints of a line segment can be found by using the formula
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where
(x1 , y1) and (x2 , y2) are the points
From the question the points are
W(-2,5) and X(3,-17)
The midpoint is
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We have the final answer as
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Hope this helps you
