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The Rate Of Mass Of The Gas Emitted From Rear Of A Rocket Is Initially 0.1 Kgs^-1. If The Speed Of The Gas Relative To The Rocket Is 50 Ms^-1 And Mass Of The Rocket Is 2 Kg, Then The Acceleration Of

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A Gun Fires N Bullets Per Sec, Each Of Mass M With Velocity V. The Force Exerted By The Bullets On The Gun Is

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A Gun Fires Bullets Each Of Mass Lg With Velocity Of 10 Ms^-1 By Exerting A Constant Force Of 5 G Weight. Then, The Number Of Bullets Fired Per Second Is (take, G =10 Ms^-2)

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A Body Of Mass 1000 Kg Is Moving Horizontally With A Velocity 50 Ms^-1. A Mass Of 250 Kg Is Added. Find The Final Velocity.

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A Shell Of Mass 10 Kg Is Moving With A Velocity Of 10 Ms^-1 When It Blasts And Forms Two Parts Of Mass 9 Kg And 1 Kg Respectively. If The 1st Mass Is Stationary, The Velocity Of The 2nd Is

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A Hockey Player Receives A Corner Shot At A Speed Of 15 Ms^-1 At An Angle Of 30Â° With The Y â€“ Axis And Then Shoots The Ball Of Mass 100 G Along The Negative X â€“ Axis With A Speed Of 30 Ms^-1. I..

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If The Resultant Of All The External Forces Acting On A System Of Particles Is Zero, Then From An Inertial Frame, One Can Surely Say That

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A Cricket Ball Of Mass 0.25 Kg With Speed 10 M/s Collides With A Bat And Returns With Same Speed With In 0.01s. The Force Acted On Bat Is

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A Stationary Bomb Explodes Into Three Pieces. One Piece Of 2 Kg Mass Moves With A Velocity Of 8ms^-1 At Right Angles To The Other Piece Of Mass 1 Kg Moving With A Velocity Of 12 Ms^-1 . If The Mass Of

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An 80 Kg Person Is Parachuting And Is Experiencing A Downward Acceleration Of 2.8 Ms^-2. The Mass Of The Parachute Is 5 Kg. The Upward Force On The Open Parachute Is (take, G = 9.8 Ms^-2)

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Which Of The Following Quantities Measured From Different Inertial Reference Frames Are Same?

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A Student Unable To Answer A Question On Newtons Laws Of Motion Attempts To Pull Himself Up By Tugging On His Hair. He Will Not Succeed

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For Ordinary Terrestrial Experiments, The Observer In An Inertial Frame In The Following Cases Is

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A Particle Movies In The X - Y Plane Under Influence Of A Force Such That Its Liner Momentum Is P(t) = A L Cos (kt) Where A K Are Constants The Angle Between The Froce And The Momentum

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Physical Independence Of Force Is A Consequence Of

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A Block P Of Mass M Is Placed On A Horizontal Frictionless Plane. A Second Block Of Same Mass M Is Placed On It And Is Connected To A Spring Of Spring Constant K, The Two Blocks Are Pulled By Distance

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Three Forces Start Acting Simultaneously On A Particle Moving With Velocity V .These Forces Are Represented In Magnitude And Direction By The Three Sides Of A Triangle ABC (as Shown). The Particle Wil

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A Body Of Mass 8 Kg Is Suspended Through Two Light Springs X And Y Connected In Series As Shown In Figure. The Readings Is X And Y Respectively Are

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A Man Of Weight Mg Is Moving Up In A Rocket With Acceleration 4g. The Apparent Weight Of The Man In The Rocket Is

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A Body Of Mass 4 Kg Is Accelerated Up By A Constant Force, Travels A Distance Of 5 M In The First Second And A Distance Of 2 M In The Third Second. The Force Acting On The Body Is

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A Mass Of 10 Kg Is Suspended From A Spring Balance. It Is Pulled Aside By A Horizontal String So That It Makes An Angle Of 60Â° With The Vertical. The New Reading Of The Balance Is

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A Person Is Sitting In A Lift Accelerating Upwards. Measured Weight Of Person Will Be

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A String Of Negligible Mass Going Over A Clamped Pulley Of Mass M Supports A Block Of Mass M As Shown In The Figure. The Force On The Pulley By The Clamp Is Given By

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A Block Of Mass M Is Resting On A Smooth Horizontal Surface. One End Of A Uniform Rope Of Mass M 3 Is Fixed To The Block, Which Is Pulled In The Horizontal Direction By Applying Force F At The Other

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A Wire, Which Passes Through The Hole In A Small Bead, Is Bent In The Form Of Quarter Of A Circle. The Wire Is Fixed Vertically On Ground As Shown In The Figure. The Bead Is Released From Near The Top

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A Particle P Is Sliding Down A Frictionless Hemispherical Bowl. It Passes The Point A At T = 0. At This Instant Of Time, The Horizontal Component Of Its Velocity Is V. A Bead Q Of The Same Mass As P

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In The Arrangement Shown In The Fig, The Ends P And Q Of An Unstretchable String Move Downwards With Uniform Speed U. Pulleys A And B Are Fixed. Mass M Moves Upwards With A Speed

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The Image Of An Object Formed By A Plano - Convex Lens At A Distance Of M Behind The Lens, Is Real Is One - Third The Size Of The Object The Wavelength Inside The Lens Is

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A Ball Of Mass (m) 0.5 Kg Is Attached To The End Of A String Having Length (L) 0.5 M. The Ball Is Rotated On A Horizontal Circular Path About Vertical Axis. The Maximum Tension That The String Can

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The Law, Governing The Force Between Electric Charges Is Known As

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The Rate Of Mass Of The Gas Emitted From Rear Of A Rocket Is Initially 0.1 Kgs^-1. If The Speed Of The Gas Relative To The Rocket Is 50 Ms^-1 And Mass Of The Rocket Is 2 Kg, Then The Acceleration Of

A Gun Fires N Bullets Per Sec, Each Of Mass M With Velocity V. The Force Exerted By The Bullets On The Gun Is

A Gun Fires Bullets Each Of Mass Lg With Velocity Of 10 Ms^-1 By Exerting A Constant Force Of 5 G Weight. Then, The Number Of Bullets Fired Per Second Is (take, G =10 Ms^-2)

A Body Of Mass 1000 Kg Is Moving Horizontally With A Velocity 50 Ms^-1. A Mass Of 250 Kg Is Added. Find The Final Velocity.

A Shell Of Mass 10 Kg Is Moving With A Velocity Of 10 Ms^-1 When It Blasts And Forms Two Parts Of Mass 9 Kg And 1 Kg Respectively. If The 1st Mass Is Stationary, The Velocity Of The 2nd Is

A Hockey Player Receives A Corner Shot At A Speed Of 15 Ms^-1 At An Angle Of 30Â° With The Y â€“ Axis And Then Shoots The Ball Of Mass 100 G Along The Negative X â€“ Axis With A Speed Of 30 Ms^-1. I..

If The Resultant Of All The External Forces Acting On A System Of Particles Is Zero, Then From An Inertial Frame, One Can Surely Say That

A Cricket Ball Of Mass 0.25 Kg With Speed 10 M/s Collides With A Bat And Returns With Same Speed With In 0.01s. The Force Acted On Bat Is

A Stationary Bomb Explodes Into Three Pieces. One Piece Of 2 Kg Mass Moves With A Velocity Of 8ms^-1 At Right Angles To The Other Piece Of Mass 1 Kg Moving With A Velocity Of 12 Ms^-1 . If The Mass Of

An 80 Kg Person Is Parachuting And Is Experiencing A Downward Acceleration Of 2.8 Ms^-2. The Mass Of The Parachute Is 5 Kg. The Upward Force On The Open Parachute Is (take, G = 9.8 Ms^-2)

Which Of The Following Quantities Measured From Different Inertial Reference Frames Are Same?

A Student Unable To Answer A Question On Newtons Laws Of Motion Attempts To Pull Himself Up By Tugging On His Hair. He Will Not Succeed

For Ordinary Terrestrial Experiments, The Observer In An Inertial Frame In The Following Cases Is

A Particle Movies In The X - Y Plane Under Influence Of A Force Such That Its Liner Momentum Is P(t) = A L Cos (kt) Where A K Are Constants The Angle Between The Froce And The Momentum

Physical Independence Of Force Is A Consequence Of

A Block P Of Mass M Is Placed On A Horizontal Frictionless Plane. A Second Block Of Same Mass M Is Placed On It And Is Connected To A Spring Of Spring Constant K, The Two Blocks Are Pulled By Distance

Three Forces Start Acting Simultaneously On A Particle Moving With Velocity V .These Forces Are Represented In Magnitude And Direction By The Three Sides Of A Triangle ABC (as Shown). The Particle Wil

A Body Of Mass 8 Kg Is Suspended Through Two Light Springs X And Y Connected In Series As Shown In Figure. The Readings Is X And Y Respectively Are

A Man Of Weight Mg Is Moving Up In A Rocket With Acceleration 4g. The Apparent Weight Of The Man In The Rocket Is

A Body Of Mass 4 Kg Is Accelerated Up By A Constant Force, Travels A Distance Of 5 M In The First Second And A Distance Of 2 M In The Third Second. The Force Acting On The Body Is

A Mass Of 10 Kg Is Suspended From A Spring Balance. It Is Pulled Aside By A Horizontal String So That It Makes An Angle Of 60Â° With The Vertical. The New Reading Of The Balance Is

A Person Is Sitting In A Lift Accelerating Upwards. Measured Weight Of Person Will Be

A String Of Negligible Mass Going Over A Clamped Pulley Of Mass M Supports A Block Of Mass M As Shown In The Figure. The Force On The Pulley By The Clamp Is Given By

A Block Of Mass M Is Resting On A Smooth Horizontal Surface. One End Of A Uniform Rope Of Mass M 3 Is Fixed To The Block, Which Is Pulled In The Horizontal Direction By Applying Force F At The Other

A Wire, Which Passes Through The Hole In A Small Bead, Is Bent In The Form Of Quarter Of A Circle. The Wire Is Fixed Vertically On Ground As Shown In The Figure. The Bead Is Released From Near The Top

A Particle P Is Sliding Down A Frictionless Hemispherical Bowl. It Passes The Point A At T = 0. At This Instant Of Time, The Horizontal Component Of Its Velocity Is V. A Bead Q Of The Same Mass As P

In The Arrangement Shown In The Fig, The Ends P And Q Of An Unstretchable String Move Downwards With Uniform Speed U. Pulleys A And B Are Fixed. Mass M Moves Upwards With A Speed

The Image Of An Object Formed By A Plano - Convex Lens At A Distance Of M Behind The Lens, Is Real Is One - Third The Size Of The Object The Wavelength Inside The Lens Is

A Ball Of Mass (m) 0.5 Kg Is Attached To The End Of A String Having Length (L) 0.5 M. The Ball Is Rotated On A Horizontal Circular Path About Vertical Axis. The Maximum Tension That The String Can

The Law, Governing The Force Between Electric Charges Is Known As

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