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In a physics class, the teacher proposes that the velocity of a car in miles per hour and the stopping distance in feet are represented by inverse functions. Assuming this is true, which graph includes a pair of functions for a specific velocity function and the corresponding stopping distance that can be verified as inverses?

In a physics class the teacher proposes that the velocity of a car in miles per hour and the stopping distance in feet are represented by inverse functions Assu class=
In a physics class the teacher proposes that the velocity of a car in miles per hour and the stopping distance in feet are represented by inverse functions Assu class=
In a physics class the teacher proposes that the velocity of a car in miles per hour and the stopping distance in feet are represented by inverse functions Assu class=
In a physics class the teacher proposes that the velocity of a car in miles per hour and the stopping distance in feet are represented by inverse functions Assu class=

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Answer:

the answer is b

Step-by-step explanation:

kapoorprachi783

2nd graph includes a pair of functions for a specific velocity function and the corresponding stopping distance that can be verified as inverses.

The answer is option B.

Which statement verifies that f(x) and g(x) are inverses of each other?

The test to verify if a function f is the inverse of another function g is given by using the composition of the functions such as this, f(g(x))= x. Therefore, to answer your question, f(g(x))=x is saying f is the inverse of g. f(g(x))=x is saying f is the inverse of g but g is not the inverse of f, g(f(x))≠x.

Learn more about inverses here: brainly.com/question/14796161

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