Average Rate of Change over an Interval:
11.
12. Timmy rides his bike down a hill. The following table shows the distance traveled in feet, after t seconds.
t (seconds)f (feet)0013212327448575
a. Is Timmy traveling faster at the beginning of his ride or at the end of his ride?
a. During what interval is the rate of change of
height the largest? (Highlight it in yellow)
b. What is the average speed of the bike
b. During what interval is the rate of change the between 2 seconds and 4 seconds? smallest? (Highlight it in pink)
c. What is the average rate of change of height from
c. What is Timmy's average speed over the 0-4 years? (Highlight in green) 5-second interval?
d. Calculate the average rate of change of height
d. How much faster was Timmy traveling during from 4 to 13 years. the 4−5 second interval than in the 1st second
e. Calculate the average rate of change of height
e. Which function best represents this data: from 13 to 20 years.
linear, quadratic, or exponential?

Question

Average Rate of Change over an Interval:
11.
12. Timmy rides his bike down a hill. The following table shows the distance traveled in feet, after t seconds.
t (seconds)f (feet)0013212327448575
a. Is Timmy traveling faster at the beginning of his ride or at the end of his ride?
a. During what interval is the rate of change of
height the largest? (Highlight it in yellow)
b. What is the average speed of the bike
b. During what interval is the rate of change the between 2 seconds and 4 seconds? smallest? (Highlight it in pink)
c. What is the average rate of change of height from
c. What is Timmy's average speed over the 0-4 years? (Highlight in green) 5-second interval?
d. Calculate the average rate of change of height
d. How much faster was Timmy traveling during from 4 to 13 years. the 4−5 second interval than in the 1st  second
e. Calculate the average rate of change of height
e. Which function best represents this data: from 13 to 20 years.
linear, quadratic, or exponential?

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Question Text	Average Rate of Change over an Interval: 11. 12. Timmy rides his bike down a hill. The following table shows the distance traveled in feet, after $t$ seconds. a. Is Timmy traveling faster at the beginning of his ride or at the end of his ride? a. During what interval is the rate of change of height the largest? (Highlight it in yellow) b. What is the average speed of the bike b. During what interval is the rate of change the between 2 seconds and 4 seconds? smallest? (Highlight it in pink) c. What is the average rate of change of height from c. What is Timmy's average speed over the 0-4 years? (Highlight in green) 5-second interval? d. Calculate the average rate of change of height d. How much faster was Timmy traveling during from 4 to 13 years. the $4 - 5$ second interval than in the $1^{st}$ second e. Calculate the average rate of change of height e. Which function best represents this data: from 13 to 20 years. linear, quadratic, or exponential?
Updated On	Apr 24, 2023
Topic	Exponential Functions and Sequences
Subject	Algebra 1
Class	High School
Answer Type	Video solution: 1
Upvotes	55
Avg. Video Duration	1 min

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$t$ (seconds)	$f$ (feet)
0	0
1	3
2	12
3	27
4	48
5	75

$t$ (seconds)	$f$ (feet)
0	0
1	3
2	12
3	27
4	48
5	75