Q4: Car A travels at constant velocity (100.7 mile/hr) and car B initially at rest accelerates (3 m.s) to catch-up car A. How long (displacement) does car B to catch car A?
Q4: Car A travels at constant velocity (100.7 mile/hr) and car B initially at rest accelerates (3 m.s) to catch-up car A. How long (displacement) does car B to catch car A?
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)...
Related questions
Question
![%VY li.
O O a t:Y
2_54000582495...
2- What is the accelaration between (0 - b).
3- What is the accelaration between (b - c)
4- What is the accelaration between (c - end).
5- The displecement after 6 sec.
6- The displecement at the last 4 sec.
Q4: Car A travels at constant velocity (100.7 mile/hr) and car B initially at rest
accelerates (3 m.s) to catch-up car A. How long (displacement) does car B to
catch car A?
Q5: A point initially at rest moves along the x-axis. It is acceleration varies with
time as a= (5t+6) m/s2. IF it starts from the origin, the distance covered by it in
2 second is :
(A)18.66 m, (B) 14.33 m, (C) 12.18 m, (D) 6.66 m.
Q6: A particle moves along x-axis in such a way that its x coordinate varies with
time t according to the equation x = (8 – 4t + 6t2) meter. Choose the diagram
that represents variation of the velocity to the time.
v(m/s)
(A)
(В)
(8)
r(s)
v(m/s)
v(m/s)
(C)
(D)
I(s)
Q7: A person is at building-top (50m high). Stone fells down from his hand to reach
ground.
(A) Calculate stone velocity when hits ground?
(B) Time is taken stone to hit ground.
Note: Support the solution with diagram and marking.
We ask God to award you success.
Head of Department:
Examiners:
Dr. Abdullah A. Hussain
Dr. Hisham Almhdi
Prof. Dr. Jabbar Mansour Khalaf](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F06cb0bcc-7666-444c-a48a-9a2d57441f26%2F143a8268-c1aa-48c4-89cd-8d1bd29b0b91%2F8h1rnx_processed.jpeg&w=3840&q=75)
Transcribed Image Text:%VY li.
O O a t:Y
2_54000582495...
2- What is the accelaration between (0 - b).
3- What is the accelaration between (b - c)
4- What is the accelaration between (c - end).
5- The displecement after 6 sec.
6- The displecement at the last 4 sec.
Q4: Car A travels at constant velocity (100.7 mile/hr) and car B initially at rest
accelerates (3 m.s) to catch-up car A. How long (displacement) does car B to
catch car A?
Q5: A point initially at rest moves along the x-axis. It is acceleration varies with
time as a= (5t+6) m/s2. IF it starts from the origin, the distance covered by it in
2 second is :
(A)18.66 m, (B) 14.33 m, (C) 12.18 m, (D) 6.66 m.
Q6: A particle moves along x-axis in such a way that its x coordinate varies with
time t according to the equation x = (8 – 4t + 6t2) meter. Choose the diagram
that represents variation of the velocity to the time.
v(m/s)
(A)
(В)
(8)
r(s)
v(m/s)
v(m/s)
(C)
(D)
I(s)
Q7: A person is at building-top (50m high). Stone fells down from his hand to reach
ground.
(A) Calculate stone velocity when hits ground?
(B) Time is taken stone to hit ground.
Note: Support the solution with diagram and marking.
We ask God to award you success.
Head of Department:
Examiners:
Dr. Abdullah A. Hussain
Dr. Hisham Almhdi
Prof. Dr. Jabbar Mansour Khalaf
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