time, t, is in seconds. (Acceleration is constant) a) What is the mass's i. initial position: b) At what time c) What is the average velocity, v, of the object between the time the object is stopped and 10 s afte it is stopped. d) For the same duration as above, what is the average acceleration, å , of the object? 4) [Horizontal] A block's velocity goes from 40 m/s to -20 m/s in 10 seconds along a straight line at a constant acceleration, à. (The initial position = 50 m.) In the first 10 seconds, a) what is its average acceleration? b) What is its average velocity? ii. initial velocity: iii. acceleration: the mass stopped? d) What is its displacement? What is its final position?
time, t, is in seconds. (Acceleration is constant) a) What is the mass's i. initial position: b) At what time c) What is the average velocity, v, of the object between the time the object is stopped and 10 s afte it is stopped. d) For the same duration as above, what is the average acceleration, å , of the object? 4) [Horizontal] A block's velocity goes from 40 m/s to -20 m/s in 10 seconds along a straight line at a constant acceleration, à. (The initial position = 50 m.) In the first 10 seconds, a) what is its average acceleration? b) What is its average velocity? ii. initial velocity: iii. acceleration: the mass stopped? d) What is its displacement? What is its final position?
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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Question
Number 4 a-f
![time, t , is in seconds. (Acceleration is constant)
a) What is the mass's
i. initial position:
b) At what time is the mass stopped?
c) What is the average velocity, v, of the object between the time the object is stopped and 10 s afte
it is stopped.
d) For the same duration as above, what is the average acceleration, à , of the object?
4) [Horizontal] A block's velocity goes from 40 m/s to -20 m/s in 10 seconds along a straight line at a
constant acceleration, a . (The initial position 50 m.)
In the first 10 seconds,
a) what is its average acceleration?
b) What is its average velocity?
c) what is its change in position?
ii. initial velocity:
iii. acceleration:
6.
%3D
d) What is its displacement?
e) What is its final position?
f) What distance did it travel?
The block then traveled at constant -20 m/s for an additional 7 seconds.
For the last 7 seconds,
g) what is its average acceleration?
h) What is its average velocity?
i) what is its change in position?
j) What is its displacement?
k) What is its final position?
1) What distance did it travel?
For the entire 17 second trip,
m) what is its average acceleration?
n) what is its change in position?
o) What is its average velocity?
p) What is its displacement?
q) What is its final position?
r) What distance did it travel?
s) Draw the Velocity vs. Time plot
Velocity vs. Time](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe1b16e79-59da-42ec-8251-0c12184e0a83%2F9a1d2c5d-e21a-41f9-b171-6cdd1a03d378%2Fhfon94_processed.jpeg&w=3840&q=75)
Transcribed Image Text:time, t , is in seconds. (Acceleration is constant)
a) What is the mass's
i. initial position:
b) At what time is the mass stopped?
c) What is the average velocity, v, of the object between the time the object is stopped and 10 s afte
it is stopped.
d) For the same duration as above, what is the average acceleration, à , of the object?
4) [Horizontal] A block's velocity goes from 40 m/s to -20 m/s in 10 seconds along a straight line at a
constant acceleration, a . (The initial position 50 m.)
In the first 10 seconds,
a) what is its average acceleration?
b) What is its average velocity?
c) what is its change in position?
ii. initial velocity:
iii. acceleration:
6.
%3D
d) What is its displacement?
e) What is its final position?
f) What distance did it travel?
The block then traveled at constant -20 m/s for an additional 7 seconds.
For the last 7 seconds,
g) what is its average acceleration?
h) What is its average velocity?
i) what is its change in position?
j) What is its displacement?
k) What is its final position?
1) What distance did it travel?
For the entire 17 second trip,
m) what is its average acceleration?
n) what is its change in position?
o) What is its average velocity?
p) What is its displacement?
q) What is its final position?
r) What distance did it travel?
s) Draw the Velocity vs. Time plot
Velocity vs. Time
Expert Solution

Step 1
Initial velocity,
Average velocity, V =
= Time taken for first 10 sec
Average acceleration = a
Step by step
Solved in 3 steps

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