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The average rate of change of g(x) between x=4 and x=7 is 5/6. Which statement must be true?

A) g(7)-g(4)=5/6

B) g(7-4)/7-4=5/6

C) g(7)-g(4)/7-4=5/6

D) g(7)/g(4)=5/6

User LostPhysx
by
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1 Answer

5 votes

Answer:

Choice C)


\displaystyle (g(7) - g(4))/(7 - 4) = (5)/(6).

Explanation:

The average rate of change of a function is:


\displaystyle \frac{\text{Change in Function Value}}{\text{Change in Independent Variable}}.

Note that
\text{Change} = \text{Final Value} - \text{Initial Value}.

For this question,

  • Initial Independent Variable value: 4;
  • Final Independent Variable value: 7.

As a result,

  • Change in Independent Variable value:
    7 - 4.
  • Initial function value: g(4);
  • Final function value: g(7).

As a result,

  • Change in function value:
    g(7) - g(4).

The average rate of change in the value of
g(x) between
x = 4 and
x = 7 will be:


\displaystyle (g(7)-g(4))/(7 - 4).

User Urjit
by
7.7k points

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