It sounds like you want to vertically compress an exponential growth function. If so, then the answer is (1/3)(3)^x, which is choice A.
This is because anything with (1/3)^x represents a decay function, allowing us to rule out C and D.
Choice B is a growth function, but comparing y = (3)^x to y = 3(3)^x, and we see there is a vertical stretch as opposed to a vertical compression going on. So we can rule out choice B as well. The only thing left is choice A.
The shrink of an exponential growth function is f(x) = One-third(3)x.
The answer is option A.
There are two types of exponential functions: interpreter growth and interpreter decay. In the function f (x) = bx if b> 1, the function represents the growth of the interpreter.
In mathematics, exponential decomposition refers to the process of depreciation at a fixed rate over a period of time. It can be expressed in the formula y = a (1-b) x when y is the last value, a real value, b is the decay factor, and x is the value of the past tense.
Learn more about exponential growth function here: brainly.com/question/27161222
#SPJ2
