Name the vertical asymptote(s).✔ x = -1 and x = 2y = -1 and y = 2x = 1/4y = 1/4x = 0y = 0
Name the horizontal asymptote(s).x = -1 and x = -2y = -1 and y = -2x = 1/4✔ y = 1/4x = 0y = 0
because
all real numbersall nonzero real numbersX all real numbers except 2/3✔ all real numbers except –1 and 1
The graph approaches 0 as x approaches infinity.The graph approaches 0 as x approaches negative infinity.The graph approaches 2/3 as x approaches infinity.The graph approaches –1 as x approaches negative infinity.
Which of the following could be the function graphed?




Identify the graph of?





Consider the following function:Which of the following are correct? Check all of the boxes that apply.


Consider the function f(x) = c x , where c is a nonzero real number.
Consider the function f(x) = c x , where c is a nonzero real number.
Consider the following function:How does the graph of this function compare with the graph of the parent function, ?

Which of the following is the function represented by the graph?




Sound intensity, I, from a spherical source is a function of the distance, r, from the source of the sound. It is represented by the function uppercase I = StartFraction uppercase P Over 4 pi r squared EndFraction where P is the power of the sound. Explain the behavior of the graph of I and what it means in context.

The function I = P / (4πr²) is a rational function. It has a vertical asymptote at r = 0, which means the sound intensity is undefined at the source. It also has a horizontal asymptote at I = 0, indicating that as the distance (r) from the sound source increases, the intensity (I) decreases and approaches zero.
Check each that you included in your solution.
because
The horizontal asymptote cannot be determinedis x = 0is x = c✔ is y = 0is y = c.
The domain cannot be determined✔ is all nonzero real numbersis all real numbers except cis all real numbers.
The range cannot be determined✔ is all nonzero real numbersis all real numbers except cis all real numbers.
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