College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Q Next diagram shows relationship between aelocity and time of a body moving along shown path. Let me see physical touches in your answer, not just mathematical notes. O Find the average acceleration of the object during the time intervals (0-5) . (5-15) s (0-20) s i) Find the instantaneous acceleration at 2. 10s, 18s (ii) Find the displacement between (10-20) s. v (m/s) 8 6 4 2 I (s) 20 15 -2 -4 -6 -8 l
(i) Find the average acceleration of the object during the time intervals
(5-15) s.
(0-20) s.
(0-5) s.
(ii) Find the instantaneous acceleration at
2s,
(iii) Find the displacement between (10-20) s
10 s,
18 s
v (m/s)
8
4
2
t (s)
20
5
10
15
-2
-4
-6
-8
Q2:
A car travels 40 m in 8.5 s with uniformly de-acceleration to a final velocity of 2.8
m's.
(1) Find the car's initial velocity. (2) Find its de-acceleration.
Q3:
An automobile starts from rest and travels for (5 s) with a uniform
acceleration of (+2 m/s). The driver then applies the brakes, causing a
uniform de-aceleration of (-2 m/s). If the brakes are applied for (3 s):
(a) How fast is the automobile going at the end of the braking period?
(b) How far has the car gone?
Q4: The following vectors:
Å m< -1,4,1 >,
B =< -2,4, -6 >
1- Find the cross product
2- Find the angle between
Ā and B.
3- Prove that
Å ×B = -(§ × Ã)
We ask God to award you success.
Head of Department:
Examiners:
Dr. Abdullah A. Hussain
Prof. Dr. Jabbar Mansour Khalaf
Dr. Hisham Almhdi
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Transcribed Image Text:(i) Find the average acceleration of the object during the time intervals (5-15) s. (0-20) s. (0-5) s. (ii) Find the instantaneous acceleration at 2s, (iii) Find the displacement between (10-20) s 10 s, 18 s v (m/s) 8 4 2 t (s) 20 5 10 15 -2 -4 -6 -8 Q2: A car travels 40 m in 8.5 s with uniformly de-acceleration to a final velocity of 2.8 m's. (1) Find the car's initial velocity. (2) Find its de-acceleration. Q3: An automobile starts from rest and travels for (5 s) with a uniform acceleration of (+2 m/s). The driver then applies the brakes, causing a uniform de-aceleration of (-2 m/s). If the brakes are applied for (3 s): (a) How fast is the automobile going at the end of the braking period? (b) How far has the car gone? Q4: The following vectors: Å m< -1,4,1 >, B =< -2,4, -6 > 1- Find the cross product 2- Find the angle between Ā and B. 3- Prove that Å ×B = -(§ × Ã) We ask God to award you success. Head of Department: Examiners: Dr. Abdullah A. Hussain Prof. Dr. Jabbar Mansour Khalaf Dr. Hisham Almhdi
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