Set 1. Acceleration Type Hondalike. Breaking Rate Type Toyotalike Initial Speed (m/s) "Deer" 11 Time (s) Velocity (m/s) Average Acceleration (m/s²) Distance Traveled (m) Command 5 Gas 11 55 10 None 26 3 92.5 15 None 26 3 92.5 20 Break 25 2.8 90 25 Break 10 -0.2 52.5 29 None -2.75 22 Set 2. Acceleration Type Lexuslike Breaking Rate Type Jeeplike Initial Speed (m/s) "Rabbit" 16 Time (s) Command Velocity (m/s) Average Acceleration (m/s³) Distance Traveled (m) 5 Break 16 80 10 None 6 -2 55 15 Gas 6 -2 55 20 None 25 1.8 102.5 25 Gas 26 105 30 None 45 5.8 152.5
Set 1. Acceleration Type Hondalike. Breaking Rate Type Toyotalike Initial Speed (m/s) "Deer" 11 Time (s) Velocity (m/s) Average Acceleration (m/s²) Distance Traveled (m) Command 5 Gas 11 55 10 None 26 3 92.5 15 None 26 3 92.5 20 Break 25 2.8 90 25 Break 10 -0.2 52.5 29 None -2.75 22 Set 2. Acceleration Type Lexuslike Breaking Rate Type Jeeplike Initial Speed (m/s) "Rabbit" 16 Time (s) Command Velocity (m/s) Average Acceleration (m/s³) Distance Traveled (m) 5 Break 16 80 10 None 6 -2 55 15 Gas 6 -2 55 20 None 25 1.8 102.5 25 Gas 26 105 30 None 45 5.8 152.5
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:Set 1.
Acceleration Type
Hondalike
Breaking Rate Type
Joyotalike
Initial Speed (m/s)
"Deer"
11
Time (s)
Velocity (m/s)
Average Acceleration (m/s³)
Distance Traveled (m)
Command
Gas
11
55
10
None
26
3
92.5
15
None
26
3
92.5
20
Break
25
2.8
90
25
Break
10
-0.2
52.5
29
None
-2.75
22
Set 2.
Acceleration Type
Lexuslike
Breaking Rate Type
Jeeplike
Initial Speed (m/s)
"Rabbit"
16
Time (s)
Command
Velocity (m/s)
Average Acceleration (m/s²)
Distance Traveled (m)
5
Break
16
80
10
None
6
-2
55
15
Gas
6.
-2
55
20
None
25
1.8
102.5
25
Gas
26
2
105
30
None
45
5.8
152.5
Transcribed Image Text:2. What is the total distance traveled by the car, its average velocity and average acceleration for the whole
duration of sets 1 and 2?
total distance traveled
average velocity (m/s)
average acceleration
(m/s?)
(m)
Set 1
Set 2
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