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Fundamentals of Physics, Extended

Two blocks of masses 2 {~kg} and 3 {~kg} are connected by mass

Fundamentals of Physics, Extended 10th Edition by David Halliday, Robert Resnick, Jearl Walker

Fundamentals of Physics, Extended 10th Edition Edition

Author:

David Halliday, Robert Resnick, Jearl Walker

Chapter 1: Chapter 1

54 questions

Chapter 2: Chapter 2

195 questions

Chapter 3: Chapter 3

217 questions

Chapter 4: Chapter 4

249 questions

Chapter 5: Chapter 5

155 questions

Chapter 6: Chapter 6

142 questions

Chapter 7: Chapter 7

120 questions

Chapter 8: Chapter 8

260 questions

Chapter 9: Chapter 9

163 questions

Chapter 10: Chapter 10

141 questions

Chapter 11: Chapter 11

129 questions

Chapter 12: Chapter 12

129 questions

Chapter 13: Chapter 13

116 questions

Chapter 14: Chapter 14

61 questions

Chapter 15: Chapter 15

157 questions

Chapter 16: Chapter 16

201 questions

Chapter 17: Chapter 17

131 questions

Chapter 18: Chapter 18

73 questions

Chapter 19: Chapter 19

145 questions

Chapter 20: Chapter 20

153 questions

Chapter 21: Chapter 21

69 questions

Chapter 22: Chapter 22

86 questions

Chapter 23: Chapter 23

97 questions

Chapter 24: Chapter 24

107 questions

Chapter 25: Chapter 25

136 questions

Chapter 26: Chapter 26

77 questions

Chapter 27: Chapter 27

182 questions

Chapter 28: Chapter 28

86 questions

Chapter 29: Chapter 29

77 questions

Chapter 30: Chapter 30

127 questions

Chapter 31: Chapter 31

182 questions

Chapter 32: Chapter 32

109 questions

Chapter 33: Chapter 33

122 questions

Chapter 34: Chapter 34

456 questions

Chapter 35: Chapter 35

77 questions

Chapter 36: Chapter 36

110 questions

Chapter 37: Chapter 37

174 questions

Chapter 38: Chapter 38

108 questions

Chapter 39: Chapter 39

105 questions

Chapter 40: Chapter 40

108 questions

Chapter 41: Chapter 41

60 questions

Chapter 42: Chapter 42

106 questions

Chapter 43: Chapter 43

46 questions

Chapter 44: Chapter 44

101 questions

Question

Medium

Solving time: 3 mins

Two blocks of masses $2 kg$ and $3 kg$ are connected by massless spring and are placed on smooth surface. If impulse is given to $2 kg$ block and block starts moving with velocity $10 m / s$ in (+ve) $x$ direction, then velocity of $2 kg$ block w.r.t centre of mass is.

4 m / s

(+ve)

x

-direction

6 m / s

(+ve)

x

-direction

4 m / s (- x)

direction

6 m / s (- x)

direction

Views: 6,164 students

Updated on: Nov 9, 2023

Book:

Fundamentals of Physics, Extended

Found 5 tutors discussing this question

Scarlett Discussed

Two blocks of masses

2 kg

and

3 kg

are connected by massless spring and are placed on smooth surface. If impulse is given to

2 kg

block and block starts moving with velocity

10 m / s

in (+ve)

x

direction, then velocity of

2 kg

block w.r.t centre of mass is.

12 mins ago

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Question Text	Two blocks of masses $2 kg$ and $3 kg$ are connected by massless spring and are placed on smooth surface. If impulse is given to $2 kg$ block and block starts moving with velocity $10 m / s$ in (+ve) $x$ direction, then velocity of $2 kg$ block w.r.t centre of mass is.
Updated On	Nov 9, 2023
Topic	System of Particles and Rotational Motion
Subject	Physics
Class	Class 11
Answer Type	Video solution: 8
Upvotes	666
Avg. Video Duration	10 min

Two blocks of masses $2 kg$ and $3 kg$ are connected by massless spring and are placed on smooth surface. If impulse is given to $2 kg$ block and block starts moving with velocity $10 m / s$ in (+ve) $x$ direction, then velocity of $2 kg$ block w.r.t centre of mass is.

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Two blocks of masses 2 kg and 3 kg are connected by massless spring and are placed on smooth surface. If impulse is given to 2 kg block and block starts moving with velocity 10 m/s in (+ve) x direction, then velocity of 2 kg block w.r.t centre of mass is.

Filo tutor solutions (8)

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Two blocks of masses $2 kg$ and $3 kg$ are connected by massless spring and are placed on smooth surface. If impulse is given to $2 kg$ block and block starts moving with velocity $10 m / s$ in (+ve) $x$ direction, then velocity of $2 kg$ block w.r.t centre of mass is.