Verticalset the denominator of the function equal to zero and solve for 'x', x is the vertical asymptote.Horizontalsubtract the amount of x's in the numerator from the number of x's in the denominator, then do one of the four things to find y: and if the answer is negative, then y=0 does that help any?if the answer is 0, then y= a/b (ax/bx)<span>If the answer is greater than positive 1, then there is no horizontal asymptote
</span>ObliqueIf the answer is 1, then it is oblique. use long division with the denominator as the divisor of the overall function given (not the fraction) and y= ax+/- b
Does this help at all
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Answer:

Step-by-step explanation:
Using the Pythagorean theorem, you can find the length KP:
KP = √(45² -36²) = √729 = 27
The area of ALP is the same as the area of AKP:
(1/2)(KP)(KA) = (1/2)(27)(36) = 486 . . . . square units
Answer:
A
Step-by-step explanation:
I plugged function 2 into desmos and it gave me that it had a bigger rate of change.
Inequality with OR: We use OR when you have two or more cases that could or not happen at the same time, for example with inequalities when you have an OR you use the union of the sets given by the inequalities. for example if we have the following two inequalities

it will represent the union of the set of numbers that are greater than one with the set of the numbers that are less than zero.
Inequality with AND: We use AND when you need that all the conditions holds at the same time (here is not accepted that only one holds) for example with inequalities when you have AND you need to use the intersection of the sets given by the inequalities. For example:

will represent the intersection of the set of number that are greater than two and less than ten AT THE SAME TIME