The table shows the amount of water that leaks from a pool. Assume the relationship between the two quantities is linear. Time (h), x 3 5 7 9 Water Remaining (gal), y 1,050 950 Find and interpret the rate of change. The rate of change is gallons per minute. 850 750 so water is leaking from the pool at a rate of
The table shows the amount of water that leaks from a pool. Assume the relationship between the two quantities is linear. Time (h), x 3 5 7 9 Water Remaining (gal), y 1,050 950 Find and interpret the rate of change. The rate of change is gallons per minute. 850 750 so water is leaking from the pool at a rate of
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Lesson 5-3. Extra Practice (RM C3)
Question 5 of 18
The table shows the amount of water that leaks from a pool. Assume the relationship between the two quantities is
linear.
Time (h), x
3
5
7
Next Question
9
Find and interpret the rate of change.
The rate of change is
Water Remaining (gal), y
1,050
950
850
gallons per minute.
Check Answer
750
Save and Exit
so water is leaking from the pool at a rate of
Done and Review
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Transcribed Image Text:Mc
Graw
Hill
Lesson 5-3. Extra Practice (RM C3)
Question 5 of 18
The table shows the amount of water that leaks from a pool. Assume the relationship between the two quantities is
linear.
Time (h), x
3
5
7
Next Question
9
Find and interpret the rate of change.
The rate of change is
Water Remaining (gal), y
1,050
950
850
gallons per minute.
Check Answer
750
Save and Exit
so water is leaking from the pool at a rate of
Done and Review
2023 McGraw Hill. All Rights Reserved. Privacy Center Terms of Use Minimum Requirements Platform Status Center
Expert Solution
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Step 1
Rate of change:
Let us consider the two points be and .
The formula to calculate the rate of change is given by:
Rate of change
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