A 10.00 kg horizontal rod ABD (length = 0.900 m), pin-connected at B, is initially at rest and is subjected to a counterclockwise couple C. At the same instant, ball S (mass = 2.50 kg) is at rest hanging vertically from the ceiling. When rod ABD becomes vertical, its end D hits ball S. Note that couple C is applied initially when the rod is horizontal until just before it hits ball S. If the angular velocity of the rod just before end D of bar ABD hits ball S is 7.50 rad/s counterclockwise and the coefficient of restitution between the rod and the ball is 0.650, answer the following questions: A C 1600₂ SD 1. Which of the following is closest to the magnitude of couple C? 2. Which of the following is the most ideally constructed momentum-impulse diagram of the system of rod ABD and ball S? B B D + S D + B ABD G2 S B ICO; ABD G.2 B.At A S D m.Vsa MABDYD.J = B S ← m.Vsa B = 16 G A 1603 MABDVGJ 1.1. U. 0.600 m B D S B S D B S D L=0.500 m + ICO, MARDVG2 + S B S B 0.300 m D B, At = 1,00, B.At S m₂Vsa MARD G2 7. B S ← m.Vsa B D 16 G+ MARDVG3 MABD GJ

A 10.00 kg horizontal rod ABD (length = 0.900 m), pin-connected at B, is initially at rest and is subjected to a counterclockwise couple C. At the same instant, ball S (mass = 2.50 kg) is at rest hanging vertically from the ceiling. When rod ABD becomes vertical, its end D hits ball S. Note that couple C is applied initially when the rod is horizontal until just before it hits ball S. If the angular velocity of the rod just before end D of bar ABD hits ball S is 7.50 rad/s counterclockwise and the coefficient of restitution between the rod and the ball is 0.650, answer the following questions: A C 1600₂ SD 1. Which of the following is closest to the magnitude of couple C? 2. Which of the following is the most ideally constructed momentum-impulse diagram of the system of rod ABD and ball S? B B D + S D + B ABD G2 S B ICO; ABD G.2 B.At A S D m.Vsa MABDYD.J = B S ← m.Vsa B = 16 G A 1603 MABDVGJ 1.1. U. 0.600 m B D S B S D B S D L=0.500 m + ICO, MARDVG2 + S B S B 0.300 m D B, At = 1,00, B.At S m₂Vsa MARD G2 7. B S ← m.Vsa B D 16 G+ MARDVG3 MABD GJ

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Conservation of Energy

In physics, the rule of the conservation of energy states that energy doesn’t disappear from the atmosphere; instead, it changes its form from one type to another. Energy is one of the most important physical quantities in nature, and it cannot be created or destroyed — only transformed.

Question

Answer questions 1 and 2 with necessary solutions.

A 10.00 kg horizontal rod ABD (length = 0.900 m), pin-connected at B, is initially at rest and is subjected to a counterclockwise couple C. At the same instant, ball S (mass
= 2.50 kg) is at rest hanging vertically from the ceiling. When rod ABD becomes vertical, its end D hits ball S. Note that couple C is applied initially when the rod is
horizontal until just before it hits ball S. If the angular velocity of the rod just before end D of bar ABD hits ball S is 7.50 rad/s counterclockwise and the coefficient of
restitution between the rod and the ball is 0.650, answer the following questions:
A
C
IG00₂
S D
B
IGO₂
1. Which of the following is closest to the magnitude of couple C?
2. Which of the following is the most ideally constructed momentum-impulse diagram of the system of rod ABD and ball S?
S
B
+
S Ꭰ
B
MABDVG.2
S
B
+
MABDVG.2
B.At
D
S D
msVs.3 MABDVD,3
=
IG03
B
S
msVs.3
A
B
IG03
0.600 m
MABDVG,3
B
D
S
B
S
D
B
S
ΤΑ
L=0.500 m
+
ICO, ABDVG.2
D
S
B
S
B
+
MABDVG.2
D
0.300 m
B.At
ΤΑ
=
16003
B.At
S
mgVs.3
B
S
msVs.3
B
D
=
IG03 G
D
D
MARDVG3
MABDVG3

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