Answer:
6i
Step-by-step explanation:
First, I think you mean square root 18 and square root 2. (Let me know if thats right.)
Thus we have square root -36, which is simplified to 6i (we have to use imaginary numbers)
A function has a horizontal asymptote at the value of y = a if the line y = a can be used to estimate the end behavior of a function and if f ( x ) → a as x → ∞ or x → − ∞ is the correct statement about horizontal asymptotes. Option A
<h3>What are horizontal asymptotes?</h3>
A horizontal asymptote of a graph can be defined as a horizontal line at y = b where the graph tend to approach the line as an inputs approach to infinity ( ∞ or –∞).
A slant asymptote of a graph is known as a slanted line y = mx + b where the graph approaches the line as the inputs approach the positive infinity ∞ or to the infinity –∞.
Thus, a function has a horizontal asymptote at the value of y = a if the line y = a can be used to estimate the end behavior of a function and if f ( x ) → a as x → ∞ or x → − ∞ is the correct statement about horizontal asymptotes. Option A
Learn more about horizontal asymptotes here:
brainly.com/question/1851758
#SPJ1
Answer:
C = 10.39
Step-by-step explanation:
We know that the sin of an angle is the opposite side over the hypotenuse
sin C = 22/122
sin C = 11/61
Take the inverse sin of each side
sin ^-1 (sin C) = sin ^-1 ( 11/61)
C = 10.38885782
To the nearest hundredth
C = 10.39
X cube means it is a third degree function. 2x cube is 1 term and -4 is another. so B.
