Physics Exam > Physics Questions > The particle A and B of mass m and one partic...
Start Learning for Free
The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m?
Most Upvoted Answer
The particle A and B of mass m and one particle C of mass M are kept o...
Given information:
- Mass of particle A: m
- Mass of particle C: M
- Initial velocity of particle A: vi
- Energy loss: 7/8 of initial energy
Analysis:
- In an inelastic collision, kinetic energy is not conserved.
- Total initial energy = Initial kinetic energy of A + Initial kinetic energy of B + Initial kinetic energy of C
- Total final energy = Final kinetic energy of A + Final kinetic energy of B + Final kinetic energy of C
Energy loss:
- Energy loss = Initial energy - Final energy
- Energy loss = Initial kinetic energy of A + Initial kinetic energy of B + Initial kinetic energy of C - Final kinetic energy of A - Final kinetic energy of B - Final kinetic energy of C
- Given that energy loss is 7/8 of initial energy, we can write the equation.
Calculations:
- Initial kinetic energy of A = (1/2)mv^2
- Initial kinetic energy of B = 0 (as it's initially at rest)
- Initial kinetic energy of C = 0 (as it's initially at rest)
- Final kinetic energy of A = Final kinetic energy of B = Final kinetic energy of C = (1/2)(m + M)V^2 (V is the common final velocity after the collisions)
- Putting all these values in the energy loss equation and given energy loss is 7/8 of initial energy, we can solve for M.
Therefore, the value of M is 8m.
- Mass of particle A: m
- Mass of particle C: M
- Initial velocity of particle A: vi
- Energy loss: 7/8 of initial energy
Analysis:
- In an inelastic collision, kinetic energy is not conserved.
- Total initial energy = Initial kinetic energy of A + Initial kinetic energy of B + Initial kinetic energy of C
- Total final energy = Final kinetic energy of A + Final kinetic energy of B + Final kinetic energy of C
Energy loss:
- Energy loss = Initial energy - Final energy
- Energy loss = Initial kinetic energy of A + Initial kinetic energy of B + Initial kinetic energy of C - Final kinetic energy of A - Final kinetic energy of B - Final kinetic energy of C
- Given that energy loss is 7/8 of initial energy, we can write the equation.
Calculations:
- Initial kinetic energy of A = (1/2)mv^2
- Initial kinetic energy of B = 0 (as it's initially at rest)
- Initial kinetic energy of C = 0 (as it's initially at rest)
- Final kinetic energy of A = Final kinetic energy of B = Final kinetic energy of C = (1/2)(m + M)V^2 (V is the common final velocity after the collisions)
- Putting all these values in the energy loss equation and given energy loss is 7/8 of initial energy, we can solve for M.
Therefore, the value of M is 8m.
|
Explore Courses for Physics exam
|
|
The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m?
Question Description
The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m?.
The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m?.
Solutions for The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? in English & in Hindi are available as part of our courses for Physics.
Download more important topics, notes, lectures and mock test series for Physics Exam by signing up for free.
Here you can find the meaning of The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? defined & explained in the simplest way possible. Besides giving the explanation of
The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m?, a detailed solution for The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? has been provided alongside types of The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? theory, EduRev gives you an
ample number of questions to practice The particle A and B of mass m and one particle C of mass M are kept on the x axis in the order ABC. Particle A is given a velocity vi. Consequently there are two collisions, both of which are completely inelastic. If there's bet energy loss because of these collisions is 7/8 of the initial energy, the value of M is( ignore frictional forces) a. 8m b. 6m c. 4m d. 2m? tests, examples and also practice Physics tests.
|
|
Explore Courses for Physics exam
|
|
Suggested Free Tests
Signup for Free!
Signup to see your scores go up within 7 days! Learn & Practice with 1000+ FREE Notes, Videos & Tests.
|
© EduRev
|
Education Revolution
|
Follow Us
|
Signup to see your scores
go up within 7 days!
Access 1000+ FREE Docs, Videos and Tests
Takes less than 10 seconds to signup