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(e) Find the net change in h between

x = −3 and x = 3.

(e) Find the net change in h between x = −3 and x = 3.-example-1
(e) Find the net change in h between x = −3 and x = 3.-example-1
(e) Find the net change in h between x = −3 and x = 3.-example-2
User WebNovice
by
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2 Answers

3 votes

Answer:

1

Explanation:

The net change is:

Δh = h(3) − h(-3)

Δh = 5 − 4

Δh = 1

User Laurent Pireyn
by
7.4k points
3 votes

Answer:

1

Explanation:

The net change in a function over a specified interval is the difference between its final and initial values, representing the overall shift or variation in the function across that interval.

To find the net change in h between x = -3 and x = 3, begin by finding the values of h(x) at those points on the graph:


h(-3) = 4


h(3) = 5

Calculate the net change by subtracting the initial value h(-3) from the final value h(3).


\begin{aligned}\textsf{Net change}&=h(3) - h(-3)\\&=5-4\\&=1\end{aligned}

Therefore, the net change of h between x = -3 and x = 3 is 1.

This means that the function h(x) increases by 1 unit between x = -3 and x = 3.

User Rtut
by
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