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Three BallsA, B And C Are Thrown From A Height H With Equal Speed Upwards, Downwards And Horizontally, Respectively. What Is The Relation Among Speeds Va, Vb, Vc, With Which They Hit The Ground?

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A Body Moving With A Uniform Acceleration Croses A Distance Of 65 M In The 5th Second And 105 M In 9th Second. How Far Will It Go In 20 S?

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A Bullet Emerges From A Barrel Of Length 1.2 M With A Speed Of 640 Ms^-1. Assuming Constant Acceleration, The Approximate Time That Spends In The Barrel After The Gum Fired Is

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The Distance Travelled By An Object Along A Straight Line In Time T Is Given By S=3-4t+5(t)^2, The Initial Velocity Of The Object Is

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Two Cars A And B Are Moving With Same Speed Of 45 Kmh^-1 Along Same Direction. If A Third Car C Coming From The Opposite Direction With A Speed Of 36 Kmh^-1 Meets Two Cars In An Interval

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A Body Thrown Vertically Up To Reach Its Maximum Height In T Second. The Total Time From The Time Of Projection To Reach A Point At Half Of Its Maximum Height While Returning (in Second) Is

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A Person Measures The Depth Of A Well By Measuring The Time Interval Between Dropping A Stone And Receiving The Sound Of Impact With The Bottom Of The Well.

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5 Years Ago

Displacement (x) Of A Particle Is Related To Time (t) As X=at+bt^2-ct3 Where A,b And C Are Constants Of The Motion. The Velocity Of The Particle When Its Acceleration Is Zero, Is Given By

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The Velocity Of A Body Of Mass 20 Kg Decreases From 20 Ms^-1 To Ms^-1 In A Distance Of 100 M. Force On The Body Is

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A Rocket Is Launched Normal To The Surface Of The Earth, Away From The Sun, Along The Line Joining The Sun And The Earth. Th Sun Is 3*10^5 Times Heavier Than The Earth

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Three Vectors P,Q And R Are Shown In The Figure. Let S Be Any Point On The Vector R.

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Tara 5 Years Ago

Which Of The Following Are Correct?

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A Ball Is Dropped From A Bridge At A Height Of 176.4 M Over A River. After 2s, A Second Ball Is Thrown Straight Downwards. What Should Be The Initial Velocity Of The Second Ball

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A Bullet Fired Into A Fixed Wooden Block Losses Half Of Its Velocity After Penetrating 40 Cm. It Comes To Rest After Penetrating A Further Distance Of

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A Ball A Is Thrown Up Vertically With A Speed U And At The Same Instant Another Ball B Is Released From A Height H. At Time T, Then Speed Of A Relative To B Is

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A Body Of Mass M Thrown Horizontally Woth Velocity V From The Top Of Tower Of Height H, Touches The Level Ground At Distance Of 250 M From The Foot Of The Tower.

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A Body Starts From Rest With Uniform Acceleration. If Its Velocity After N Second Is V, Then Its Displacement In The Last 2 S Is

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A Particle Moves Along X-axis. The Position X Of Particle W.r.t. Time T From Origin Given By X=b0+b1 T+b2(t^2). The Acceleration Of Particle Is

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The Position Of A Particle X(in Meter) At A Time T Second Is Given By The Relation R=

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The Position Coordinates Of A Particle Moving In XY-plane As A Function Of Time T Are

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A Symmetric Star Shaped Conducting Wire Loop Is Carrying A Steady State Current 1 As Shown In The Figure. The Distance Between The Diametrically Opposite Vertices Of The Star Is 4a.

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Siddharth 5 Years Ago

A Particle Crossing The Origin Of Coordinates At Time T=0, Moves In The Xy-plane With A Constant Acceleration A In Y-direction. If, Its Equation Of Motion Is Y=b(x^2) (where, Is B Is A Constant)

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A Photoelectric Material Having Work-function Phi0 Is Illuminated With The Wavelength.

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Consider Regular Polygons With Number Of Sides N=3,4,5.... As Shown In The Figure. The Center Of Mass Of All The Polygons Is At Height H From The Ground.

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Consider An Expanding Sphere Of Instantaneous Radius R Whose Total Mass Remains Constant. The Expansion Is Such That The Instantaneous Density P Remains Uniform Throughout The Volume.

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The Distance Travelled S By An Accelerated Particle Of Mass M Is Given By The Following Relation [in Mks Units] S=6t+3t^2. The Velocity Of The Particle After 2 S In Corresponding Unit.

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A Body Moves Ina Plane, So That The Displacement Along X And Y-axes Is X=3t^2 And Y=4t^2, Then Velocity Is

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The Velocity Of A Particle Is Given By V=âˆš180-16x M/s. Its Acceleration Will Be

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The Velocity Of A Particle Is Given By V=âˆš180-16x M/s. Its Acceleration Will Be

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A Ball Is Dropped From The Roof Of A Tower Of Height H. The Total Distance Covered By It In The Last Second Of Its Motion Is Equal To The Distance Covered By It In First 3 S. What Is The Value Of H?

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586 of 46300 Questions

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Three BallsA, B And C Are Thrown From A Height H With Equal Speed Upwards, Downwards And Horizontally, Respectively. What Is The Relation Among Speeds Va, Vb, Vc, With Which They Hit The Ground?

A Body Moving With A Uniform Acceleration Croses A Distance Of 65 M In The 5th Second And 105 M In 9th Second. How Far Will It Go In 20 S?

A Bullet Emerges From A Barrel Of Length 1.2 M With A Speed Of 640 Ms^-1. Assuming Constant Acceleration, The Approximate Time That Spends In The Barrel After The Gum Fired Is

The Distance Travelled By An Object Along A Straight Line In Time T Is Given By S=3-4t+5(t)^2, The Initial Velocity Of The Object Is

Two Cars A And B Are Moving With Same Speed Of 45 Kmh^-1 Along Same Direction. If A Third Car C Coming From The Opposite Direction With A Speed Of 36 Kmh^-1 Meets Two Cars In An Interval

A Body Thrown Vertically Up To Reach Its Maximum Height In T Second. The Total Time From The Time Of Projection To Reach A Point At Half Of Its Maximum Height While Returning (in Second) Is

A Person Measures The Depth Of A Well By Measuring The Time Interval Between Dropping A Stone And Receiving The Sound Of Impact With The Bottom Of The Well.

Displacement (x) Of A Particle Is Related To Time (t) As X=at+bt^2-ct3 Where A,b And C Are Constants Of The Motion. The Velocity Of The Particle When Its Acceleration Is Zero, Is Given By

The Velocity Of A Body Of Mass 20 Kg Decreases From 20 Ms^-1 To Ms^-1 In A Distance Of 100 M. Force On The Body Is

A Rocket Is Launched Normal To The Surface Of The Earth, Away From The Sun, Along The Line Joining The Sun And The Earth. Th Sun Is 3*10^5 Times Heavier Than The Earth

Three Vectors P,Q And R Are Shown In The Figure. Let S Be Any Point On The Vector R.

Which Of The Following Are Correct?

A Ball Is Dropped From A Bridge At A Height Of 176.4 M Over A River. After 2s, A Second Ball Is Thrown Straight Downwards. What Should Be The Initial Velocity Of The Second Ball

A Bullet Fired Into A Fixed Wooden Block Losses Half Of Its Velocity After Penetrating 40 Cm. It Comes To Rest After Penetrating A Further Distance Of

A Ball A Is Thrown Up Vertically With A Speed U And At The Same Instant Another Ball B Is Released From A Height H. At Time T, Then Speed Of A Relative To B Is

A Body Of Mass M Thrown Horizontally Woth Velocity V From The Top Of Tower Of Height H, Touches The Level Ground At Distance Of 250 M From The Foot Of The Tower.

A Body Starts From Rest With Uniform Acceleration. If Its Velocity After N Second Is V, Then Its Displacement In The Last 2 S Is

A Particle Moves Along X-axis. The Position X Of Particle W.r.t. Time T From Origin Given By X=b0+b1 T+b2(t^2). The Acceleration Of Particle Is

The Position Of A Particle X(in Meter) At A Time T Second Is Given By The Relation R=

The Position Coordinates Of A Particle Moving In XY-plane As A Function Of Time T Are

A Symmetric Star Shaped Conducting Wire Loop Is Carrying A Steady State Current 1 As Shown In The Figure. The Distance Between The Diametrically Opposite Vertices Of The Star Is 4a.

A Particle Crossing The Origin Of Coordinates At Time T=0, Moves In The Xy-plane With A Constant Acceleration A In Y-direction. If, Its Equation Of Motion Is Y=b(x^2) (where, Is B Is A Constant)

A Photoelectric Material Having Work-function Phi0 Is Illuminated With The Wavelength.

Consider Regular Polygons With Number Of Sides N=3,4,5.... As Shown In The Figure. The Center Of Mass Of All The Polygons Is At Height H From The Ground.

Consider An Expanding Sphere Of Instantaneous Radius R Whose Total Mass Remains Constant. The Expansion Is Such That The Instantaneous Density P Remains Uniform Throughout The Volume.

The Distance Travelled S By An Accelerated Particle Of Mass M Is Given By The Following Relation [in Mks Units] S=6t+3t^2. The Velocity Of The Particle After 2 S In Corresponding Unit.

A Body Moves Ina Plane, So That The Displacement Along X And Y-axes Is X=3t^2 And Y=4t^2, Then Velocity Is

The Velocity Of A Particle Is Given By V=âˆš180-16x M/s. Its Acceleration Will Be

The Velocity Of A Particle Is Given By V=âˆš180-16x M/s. Its Acceleration Will Be

A Ball Is Dropped From The Roof Of A Tower Of Height H. The Total Distance Covered By It In The Last Second Of Its Motion Is Equal To The Distance Covered By It In First 3 S. What Is The Value Of H?

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