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From A Balloon Rising Vertically Upwards Ms^-1 At Stone Is Thrown Up At 10 Ms^-1 Relative To The Balloon. Its Velocity W.r.t. Ground After 2 S Is

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From The Top Of A Tower, Two Stones, Whose Masses Are In The Ratio 1:2 Are Thrown On Straight Up With An Initial Speed U And The Second Straight Down With The Same Speed U.

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A Balloon Is Rising Vertically Up With A Velocity Of 29 Ms^-1. A Stone Is Dropped From It And It Reaches The Ground In 10 S. The Height Of The Balloon When The Stone Was Dropped From It Is.

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A Bullet Moving With A Speed Of 100 Ms^-1 Can Just Penetrate Two Planks Of Equal Thickness Then, The Number Of Such Planks Penetrated By The Same Bullet When The Speed Is Doubled Will Be

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A Body Is Moving From Rest Under Constant Acceleration And Let S1 Be The Displacement In The First (P-1) Sec And S2 Be The Displacement In The First P Sec.

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The Displacement Of Particle Is Given By

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A Metro Train Starts From Rest And In 5 S Achives 108 Kmh^-1. After That It Moves With Constant Velocity And Comes To Rest After Travelling 45 M With Uniform Retardation.

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A Particle Located At X=0 At Time T=0, Starts Moving Along The Positive X-direction With A Velocity V That Varies As V=aâˆšx. The Displacement Of The Particle Varies With Time As

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An Automobile Travelling With A Speed Of 60 Kmh^-1, Can Brake To Stop Within A Distance Of 20 M. If The Car Is Going Twice As Fast, I.e. 120 Kmh^-1, The Stopping Distance Will Be

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A Source Of Constant Voltage V Is Connected To A Resistance R And Two Ideal Inductors L1 And L2 Through A Switch S As Shown. There Is No Mutual Inductance Between The Two Inductors.

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A Particle Moving With A Uniform Acceleration Travels 24 M And 64 M In The First Two Consecutive Interval Of 4 S Each. Its Initial Velocity Will Be

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A Body Is Released From A Great Height, Falls Freely Towards The Earth. Another Body Is Released From The Same Height Exactly A Second Later.

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From The Top Of Tower A Body A Is Projected Vertically Up, Another Body B Is Horizontally Thrown And A Third Body C Is Thrown Vertically Down With Same Velocity. The,

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A Body Is Moving With Uniform Acceleration Covers 200 M In The First 2 S And 220 M In The Next 4 S. Find The Velocity In Ms^-1 After 7 S.

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A Bullet Comes Out Of The Barrel Of Gun Of Length 2 M With A Speed Ms^-1. The Average Acceleration Of The Bullet Is

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A Particle Moves Along A Straight Line OX. At A Time T(in Second) The Distance X (in Meter) Of The Particle From O Is Given By X=40+12t-t^3. How Long Would The Particle Travel Before Coming To Rest?

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A Body Of Mass 10 Kg Is Moving With A Constant Velocity Of 10 Ms^-1. When A Constant Force Acts For 4 S On It, It Moves With A Velocity 2 Ms^-1 In The Opposite Direction.

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A Car Moves From X To Y With A Uniform Speed Vu And Returns To Y With A Uniform Speed Vd. The Average Speed For This Round Trip Is

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Two Coherent Monochromatic Point Sources S1 And S2 Of Wavelength Lamda=600 Nm Are Placed Symmetrically On Either Side Of The Center Of The Circle As Shown. The Sources Are Separated By A Distance

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An Aeroplane Is Flying Horizontally With A Velocity Of 600 Kmh^-1 And At A Height Of 1960 M. When It Is Vertically Above A Point A On The Ground A Bomb Is Released From It.

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Two Bodies Of Different Masses Are Dropped From Heights Of 16 M And 25 M, Respectively. The Ratio Of The Time Taken By Them To Reach The Ground Is

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A Ball Which Is At Rest Is Dropped From A Height H Meter. As It Bounces Off The Floor Its Speed Is 80% Of What It Was Just Before Touching The Ground.

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A Ball Is Thrown Vertically Upwards With A Velocity Of 25 Ms^-1 From The Top Of A Tower Of Height 30 M. How Long Will It Travel Before It Hits Ground?

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Two Balls Are Dropped To The Ground From Different Heights. One Ball Is Dropped 2 S After The Other But They Both Strike The Ground At The Same Time. If The First Ball Takes 5 S To Each The Ground

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A Point Charge +Q Is Placed Just Outside An Imaginary Hemispherical Surface Of Radius R As Shown In The Figure. Which Of The Following Statements Is/are Correct?

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A Point Initially At Rest Moves Along X-axis. Its Acceleration Varies With Time As A=(6t+5)m S^-2. If It Starts From Origin, The Distance Covered In 2 S Is

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A Body Is Moving Along A Straight Line Path With Constant Velocity. At An Instant Of Time The Distance Travelled By It Is S And Its Displacement Is D, Then

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When A Bullet Is Fired At A Target, Its Velocity Decreases By Half After Penetrating 30 Cm Into It. The Additional Thickness It Will Penetrate Before Coming To Rest Is

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A Body Starting From Rest Moves With Uniform Acceleration. The Distance Covered By The Body In Time T Is Proportional To

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The Instantaneous Voltages At Three Terminals Marked X, Y And Z Are Given By

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558 of 46300 Questions

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From A Balloon Rising Vertically Upwards Ms^-1 At Stone Is Thrown Up At 10 Ms^-1 Relative To The Balloon. Its Velocity W.r.t. Ground After 2 S Is

From The Top Of A Tower, Two Stones, Whose Masses Are In The Ratio 1:2 Are Thrown On Straight Up With An Initial Speed U And The Second Straight Down With The Same Speed U.

A Balloon Is Rising Vertically Up With A Velocity Of 29 Ms^-1. A Stone Is Dropped From It And It Reaches The Ground In 10 S. The Height Of The Balloon When The Stone Was Dropped From It Is.

A Bullet Moving With A Speed Of 100 Ms^-1 Can Just Penetrate Two Planks Of Equal Thickness Then, The Number Of Such Planks Penetrated By The Same Bullet When The Speed Is Doubled Will Be

A Body Is Moving From Rest Under Constant Acceleration And Let S1 Be The Displacement In The First (P-1) Sec And S2 Be The Displacement In The First P Sec.

The Displacement Of Particle Is Given By

A Metro Train Starts From Rest And In 5 S Achives 108 Kmh^-1. After That It Moves With Constant Velocity And Comes To Rest After Travelling 45 M With Uniform Retardation.

A Particle Located At X=0 At Time T=0, Starts Moving Along The Positive X-direction With A Velocity V That Varies As V=aâˆšx. The Displacement Of The Particle Varies With Time As

An Automobile Travelling With A Speed Of 60 Kmh^-1, Can Brake To Stop Within A Distance Of 20 M. If The Car Is Going Twice As Fast, I.e. 120 Kmh^-1, The Stopping Distance Will Be

A Source Of Constant Voltage V Is Connected To A Resistance R And Two Ideal Inductors L1 And L2 Through A Switch S As Shown. There Is No Mutual Inductance Between The Two Inductors.

A Particle Moving With A Uniform Acceleration Travels 24 M And 64 M In The First Two Consecutive Interval Of 4 S Each. Its Initial Velocity Will Be

A Body Is Released From A Great Height, Falls Freely Towards The Earth. Another Body Is Released From The Same Height Exactly A Second Later.

From The Top Of Tower A Body A Is Projected Vertically Up, Another Body B Is Horizontally Thrown And A Third Body C Is Thrown Vertically Down With Same Velocity. The,

A Body Is Moving With Uniform Acceleration Covers 200 M In The First 2 S And 220 M In The Next 4 S. Find The Velocity In Ms^-1 After 7 S.

A Bullet Comes Out Of The Barrel Of Gun Of Length 2 M With A Speed Ms^-1. The Average Acceleration Of The Bullet Is

A Particle Moves Along A Straight Line OX. At A Time T(in Second) The Distance X (in Meter) Of The Particle From O Is Given By X=40+12t-t^3. How Long Would The Particle Travel Before Coming To Rest?

A Body Of Mass 10 Kg Is Moving With A Constant Velocity Of 10 Ms^-1. When A Constant Force Acts For 4 S On It, It Moves With A Velocity 2 Ms^-1 In The Opposite Direction.

A Car Moves From X To Y With A Uniform Speed Vu And Returns To Y With A Uniform Speed Vd. The Average Speed For This Round Trip Is

Two Coherent Monochromatic Point Sources S1 And S2 Of Wavelength Lamda=600 Nm Are Placed Symmetrically On Either Side Of The Center Of The Circle As Shown. The Sources Are Separated By A Distance

An Aeroplane Is Flying Horizontally With A Velocity Of 600 Kmh^-1 And At A Height Of 1960 M. When It Is Vertically Above A Point A On The Ground A Bomb Is Released From It.

Two Bodies Of Different Masses Are Dropped From Heights Of 16 M And 25 M, Respectively. The Ratio Of The Time Taken By Them To Reach The Ground Is

A Ball Which Is At Rest Is Dropped From A Height H Meter. As It Bounces Off The Floor Its Speed Is 80% Of What It Was Just Before Touching The Ground.

A Ball Is Thrown Vertically Upwards With A Velocity Of 25 Ms^-1 From The Top Of A Tower Of Height 30 M. How Long Will It Travel Before It Hits Ground?

Two Balls Are Dropped To The Ground From Different Heights. One Ball Is Dropped 2 S After The Other But They Both Strike The Ground At The Same Time. If The First Ball Takes 5 S To Each The Ground

A Point Charge +Q Is Placed Just Outside An Imaginary Hemispherical Surface Of Radius R As Shown In The Figure. Which Of The Following Statements Is/are Correct?

A Point Initially At Rest Moves Along X-axis. Its Acceleration Varies With Time As A=(6t+5)m S^-2. If It Starts From Origin, The Distance Covered In 2 S Is

A Body Is Moving Along A Straight Line Path With Constant Velocity. At An Instant Of Time The Distance Travelled By It Is S And Its Displacement Is D, Then

When A Bullet Is Fired At A Target, Its Velocity Decreases By Half After Penetrating 30 Cm Into It. The Additional Thickness It Will Penetrate Before Coming To Rest Is

A Body Starting From Rest Moves With Uniform Acceleration. The Distance Covered By The Body In Time T Is Proportional To

The Instantaneous Voltages At Three Terminals Marked X, Y And Z Are Given By

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