Collision Most popular Questions.

Popular Tags

268 of 46300 Questions

View All

Recent Questions

0 votes

1 answer

143 views
4 Years Ago

Distance Of The Centre Of Mass Of A Solid Uniform Cone From

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

133 views
4 Years Ago

A Particle Of Mass M Moving In The X Direction With Speed 2v Is Hit By Another Particle

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

161 views
4 Years Ago

The Figure Shows The Position Time

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

130 views
4 Years Ago

Statement I Particales Moving In The Same Dimensions Do Not Lose

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

138 views
4 Years Ago

A Thin Rod Of Length L Is Lying Along The X - Axis With Its Ends

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

310 views
4 Years Ago

A Block Of Mass 0.50 Kg Is Moving With Speed 2.00 M/s On A Smooth

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

199 views
4 Years Ago

A Circle Dise Of Radius R Is Removed From A Bigger Circular

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

222 views
4 Years Ago

Consider A Two - Particle System With Particle Having Masses

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

312 views
4 Years Ago

A Body Of Mass 16 Kg. At Rest Explodes In To. Two Pieces Of

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

130 views
4 Years Ago

A T-shaped Object With Dimensions Show In The Figure Is Lying On A Smooth

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

178 views
4 Years Ago

A Body Of A Mass M While Falling Vertical Downward Under Gravity

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

153 views
4 Years Ago

A Mass M Moves With A Velocity V And Collides Inelastically With Another

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

141 views
4 Years Ago

A 238u Nucleus Decays By Emitting An Alpha Particle Of Speed

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

334 views
4 Years Ago

Consider The Following Two Statements.

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

2 answer

288 views
4 Years Ago

A Bomb Of Mass 9 Kg Explodes 2 Pieces Mass 3 Kg And 6 Kg

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

0 answer

144 views
4 Years Ago

Two Identical Particle Move Forward Each Other With Velocity

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

208 views
4 Years Ago

Two Identical Particle Move Towards Each Other With Velocity

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

0 answer

150 views
4 Years Ago

Two Identical Particle Move Towards Each Other With Velocity

JEE Discussions
Center Of Mass Impulse And Collision
JEE Centre Of Mass Impulse And Collision
JEE Physics
Modified 4 Year Ago
0 votes

0 answer

178 views
4 Years Ago

If The Kinetic Energy Of A Body Is Increased Two Times, Its Momentum Will

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

321 views
4 Years Ago

Two Balls Of Masses 2 G And 6 G Are Moving With Kinetic Energy In The Ratio Of 3 : 1. What Is The Ratio Of Their Linear Momenta?

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

349 views
4 Years Ago

A Body Of Mass 5 Kg Is Thrown Vertically Up With A Kinetic Energy Of 490 J. The Height At Which The Kinetic Energy Of The Body Becomes Half Of The Original Value Is

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

358 views
4 Years Ago

Two Bodies Of Masses M1 And M2 Are Acted Upon By Constant Force F For A Time T. They Start From Rest And Acquire Kinetic Energies E1 And E2, Respectively. Then, E1/E2 Is

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

310 views
Mirai 4 Years Ago

Potential Energy Of A Particle Is To Î± Coordinate By Equation X^2 - 2x Will Be Equilibrium At

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago Mirai
0 votes

1 answer

351 views
4 Years Ago

A Particle Of Mass 4m Which Is At Rest Explodes Into Three Fragments. Two Of The Fragments Each Of Mass M Are Found To Move With A Speed V Each Mutually Perpendicular Directions. The Total Energy Rele

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

314 views
4 Years Ago

The Magnitude Of Momentum Of Particle Is Increased By 100%. The Increase In Its Kinetic Energy Is

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

154 views
4 Years Ago

A Particle Which Is Constrained To Move Along The X-axis, Is Subjected To A Force In The Same Direction Which Varies With The Distance X Of The Particle From The Origin Is F (x) = - Kx + Ax^3 . Here K

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

326 views
4 Years Ago

A Spring Of Force Constant 800 Nm^-1 Has An Extension Of 5cm. The Work Done In Extending It From 5 Cm To 15 Cm Is

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

281 views
4 Years Ago

A Bullet Of Mass 10 G Is Fired Horizontally With A Velocity 1000 Ms^-1 From A Rifle Situated At A Height 50 M Above The Ground. If The Bullet Reaches The Ground With A Velocity 500 Ms^-1, The Work Don

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

171 views
4 Years Ago

If W1, W2, And W3 Represent The Work Done In Moving A Particle From A To B Along Three Different Different Paths 1,2 And 3 Respectively (as Show )in The Gravitational Field Of A Point Mass M, Find The

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago
0 votes

1 answer

330 views
4 Years Ago

An Ideal Spring With Spring-constant K Is Hung From The Ceiling And A Block Of Mass M Is Attached To Its Lower End. The Mass Is Released With The Spring Initially Unstretched. Then The Maximum

JEE Discussions
JEE Work Energy Power And Collision
JEE Work Energy And Power
JEE Physics
Modified 4 Year Ago

1 2 3 Next Last ›

Popular Questions

Popular Tags

268 of 46300 Questions

Recent Questions

Distance Of The Centre Of Mass Of A Solid Uniform Cone From

A Particle Of Mass M Moving In The X Direction With Speed 2v Is Hit By Another Particle

The Figure Shows The Position Time

Statement I Particales Moving In The Same Dimensions Do Not Lose

A Thin Rod Of Length L Is Lying Along The X - Axis With Its Ends

A Block Of Mass 0.50 Kg Is Moving With Speed 2.00 M/s On A Smooth

A Circle Dise Of Radius R Is Removed From A Bigger Circular

Consider A Two - Particle System With Particle Having Masses

A Body Of Mass 16 Kg. At Rest Explodes In To. Two Pieces Of

A T-shaped Object With Dimensions Show In The Figure Is Lying On A Smooth

A Body Of A Mass M While Falling Vertical Downward Under Gravity

A Mass M Moves With A Velocity V And Collides Inelastically With Another

A 238u Nucleus Decays By Emitting An Alpha Particle Of Speed

Consider The Following Two Statements.

A Bomb Of Mass 9 Kg Explodes 2 Pieces Mass 3 Kg And 6 Kg

Two Identical Particle Move Forward Each Other With Velocity

Two Identical Particle Move Towards Each Other With Velocity

Two Identical Particle Move Towards Each Other With Velocity

If The Kinetic Energy Of A Body Is Increased Two Times, Its Momentum Will

Two Balls Of Masses 2 G And 6 G Are Moving With Kinetic Energy In The Ratio Of 3 : 1. What Is The Ratio Of Their Linear Momenta?

A Body Of Mass 5 Kg Is Thrown Vertically Up With A Kinetic Energy Of 490 J. The Height At Which The Kinetic Energy Of The Body Becomes Half Of The Original Value Is

Two Bodies Of Masses M1 And M2 Are Acted Upon By Constant Force F For A Time T. They Start From Rest And Acquire Kinetic Energies E1 And E2, Respectively. Then, E1/E2 Is

Potential Energy Of A Particle Is To Î± Coordinate By Equation X^2 - 2x Will Be Equilibrium At

A Particle Of Mass 4m Which Is At Rest Explodes Into Three Fragments. Two Of The Fragments Each Of Mass M Are Found To Move With A Speed V Each Mutually Perpendicular Directions. The Total Energy Rele

The Magnitude Of Momentum Of Particle Is Increased By 100%. The Increase In Its Kinetic Energy Is

A Particle Which Is Constrained To Move Along The X-axis, Is Subjected To A Force In The Same Direction Which Varies With The Distance X Of The Particle From The Origin Is F (x) = - Kx + Ax^3 . Here K

A Spring Of Force Constant 800 Nm^-1 Has An Extension Of 5cm. The Work Done In Extending It From 5 Cm To 15 Cm Is

A Bullet Of Mass 10 G Is Fired Horizontally With A Velocity 1000 Ms^-1 From A Rifle Situated At A Height 50 M Above The Ground. If The Bullet Reaches The Ground With A Velocity 500 Ms^-1, The Work Don

If W1, W2, And W3 Represent The Work Done In Moving A Particle From A To B Along Three Different Different Paths 1,2 And 3 Respectively (as Show )in The Gravitational Field Of A Point Mass M, Find The

An Ideal Spring With Spring-constant K Is Hung From The Ceiling And A Block Of Mass M Is Attached To Its Lower End. The Mass Is Released With The Spring Initially Unstretched. Then The Maximum

SAT Courses

Online SAT Preparation

SAT Downloads

Popular Questions

Popular Questions

Popular Tags

268 of 46300 Questions

Recent Questions

SAT Courses

Online SAT Preparation

SAT Downloads

Popular Questions

Platforms

Menu