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Jake 282 Days Ago

For A Given Velocity, A Projectile Has The Same Range R Of Two Angles Of Projection If T1 And T2 Are The Time Of Flight In The Two Cases, Then

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Modified 9 Months and 12 Days Ago Jake
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Theresa 282 Days Ago

At What Point Of A Projectile Motion, Acceleration And Velocity Are Perpendicular To Each Other?

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Modified 9 Months and 12 Days Ago Theresa
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Michael 282 Days Ago

A Bullet Fired At An Angle Of 30 Degree With The Horizontal Hits The Ground 3 Km Away. By Adjusting Its Angle Of Projection, One Can Hope To Hit A Target 5 Km Away.

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Modified 9 Months and 12 Days Ago Michael
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Stewart 282 Days Ago

A Body Is Projected At Such Angle That The Horizontal Range Is Three Times The Greatest Height. The Angle Of Projection Is

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Modified 9 Months and 12 Days Ago Stewart
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Alison 282 Days Ago

A Particle Is Projected With Velocity âˆš2 Gh, Such That It Just Crosses Two Walls Of Height H And Separated By H. Find The Angle Of Projection.

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Modified 9 Months and 12 Days Ago Alison
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Melanie 282 Days Ago

A Ball Rolls Of The Top Of Stair-way With A Horizontal Velocity Of Magnitude 1.8 Ms^-1. The Steps Are 0.20 M High And 0.20 M Wide, Which Step Will The Ball Hit First?

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Modified 9 Months and 12 Days Ago Melanie
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Dan 282 Days Ago

A Ball Is Projected From The Ground At A Speed Of 10 Ms^-1 Making An Angle Of 30 Degree With The Horizontal.

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Modified 9 Months and 12 Days Ago Dan
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Oliver 282 Days Ago

A Boy Playing On The Roof Of A 10 M High Building Throws A Ball With A Speed Of Ms^-1 At An Angle Of 30 Degree With The Horizontal. How Far From The Throwing Point Will The Ball

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Modified 9 Months and 12 Days Ago Oliver
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Joan 282 Days Ago

Two Stones Are Projected With The Same Speed But Making Different Angles With The Horizontal. Their Horizontal Ranges Are Equal. The Angle Of Projection Of One Is Pie/3 And The Maximum Height

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Modified 9 Months and 12 Days Ago Joan
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Adam 282 Days Ago

A Ball Thrown By One Player Reaches The Other In 2 S. The Maximum Height Attained By The Ball Above The Point Of Projection Will Be (take, G=10 Ms^-2)

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Modified 9 Months and 12 Days Ago Adam
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Paul 282 Days Ago

Two Particles A And B Are Projected With Same Speed So That Ratio Of Thier Maximum Heights Reached Is 3:1. If The Speed Of A Is Doubled Without Altering Other Parameters, The Ratio Of The Horizontal

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Modified 9 Months and 12 Days Ago Paul
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Nathan 282 Days Ago

A Particle Moves In A Circle Of Radius 30 Cm. Its Linear Speed Is Given By V=2t, Where T Is In Second And V In Ms^-1. Find Out Its, Radial And Tangential Acceleration At T=3s, Respectively

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Modified 9 Months and 12 Days Ago Nathan
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Anthony 282 Days Ago

If A Body Is Projected With An Angle 0 To The Horizontal, Then

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Modified 9 Months and 12 Days Ago Anthony
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Frank 282 Days Ago

A Bullet Is To Be Fired With A Speed Of 20 Ms^-1 To Hit A Target 200 M Away On A Level Ground. If G=10 Ms^-2, The Gun Should Be Aimed

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Modified 9 Months and 12 Days Ago Frank
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Bernadette 282 Days Ago

A Projectile Is Thrown At An Angle Beta With Vertical. It Reaches A Maximum Height H. The Time Taken To Reach The Heighest Point Of Its Path Is

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Modified 9 Months and 12 Days Ago Bernadette
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Max 282 Days Ago

If A Person Can Throw A Stone To Maximum Height Of H Meter Vertically, Then The Maximum Distance Through Which It Can Be Thrown Horizontally By The Same Person Is

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Modified 9 Months and 12 Days Ago Max
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Dorothy 282 Days Ago

The Height Y And The Distance X Along The Horizontal Plane Of A Projectile On A Certain Planet (with No Surrounding Atmosphere) Are Given By Y=8t-5(t^2) Meter, Where T Is In Second.

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Modified 9 Months and 12 Days Ago Dorothy
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Vanessa 282 Days Ago

A Wheel Of Radius 1 M Rolls Forward Half A Revolution On A Horizontal Ground. The Magnitude To The Displacement Of The Point Of The Wheel Initially In Contact With The Ground Is

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Modified 9 Months and 12 Days Ago Vanessa
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Richard 282 Days Ago

The Figure Shows A Circular Path Of A Moving Particle, If The Velocity Of The Particle At Some Instant Is V=-3 I - 4 J

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Modified 9 Months and 12 Days Ago Richard
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Ian 282 Days Ago

A Body Moves Along A Circular Path Of Radius 10 M And The Coefficient Of Friction Is 0.5. What Should Be Its Angular Speed In Rad S-1, If It Is Not Slip

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Modified 9 Months and 12 Days Ago Ian
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Jasmine 282 Days Ago

A Toy Cyclist Completes One Round Of A Square Track Of Side 2 M In 40 S. What Will Be The Displacement At The End Of 3 Min?

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Modified 9 Months and 12 Days Ago Jasmine
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Ava 282 Days Ago

A Particle Is Acted Upon By A Force Of Constant Magnitude Which Is Always Peroendicular To The Velocity Of The Particle. The Motion Of The Particle Takes Place In A Plane It Follows That

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Modified 9 Months and 12 Days Ago Ava
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Elizabeth 282 Days Ago

A Stone Tied To One End Of Rope And Rotated In A Circular Motion. If The String Suddenly Breaks, Then The Stone Travels

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Modified 9 Months and 12 Days Ago Elizabeth
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Donna 283 Days Ago

A Bucket Filled With Water Is Tied To A Rope Of Length 0.5 M And Is Rotated In A Circular Path In Vertical Plane. The Plane Velocity It Should Have At The Lowest Point Of Circle

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Modified 9 Months and 13 Days Ago Donna
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Gavin 283 Days Ago

A Car Runs At A Constant Speed On A Circular Track Of Radius 100 M, Taking 62.8 S For Every Circular Lap. The Average Velocity And Average Speed For Each Circular Lap, Respectively Is

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Modified 9 Months and 13 Days Ago Gavin
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Yvonne 283 Days Ago

A Cyclist Moves In Such A Way That He Takes 60 Degree Turn After 100 M. What Is The Displacement When He Takes Seventh Turn?

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Modified 9 Months and 13 Days Ago Yvonne
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Joe 283 Days Ago

An Electric Fan Has Blades Of Length 30 Cm As Measured From The Axis Of Rotation. If The Fan Is Rotating At1200 Rpm,

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Modified 9 Months and 13 Days Ago Joe
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Julia 283 Days Ago

Given That Centripetal Force F=-k/(r^2). The Total Energy Is

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Modified 9 Months and 13 Days Ago Julia
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Faith 283 Days Ago

The Centripetal Acceleration Of A Body Moving In A Circle Of Radius100 M With A Time Period Of 2 S Will Be

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Modified 9 Months and 13 Days Ago Faith
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Peter 283 Days Ago

A Particle Of Mass M Is Circulating On A Circle Of Radius R Having Angular Momentum L, Then The Centripetal Force Will Be

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Modified 9 Months and 13 Days Ago Peter

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For A Given Velocity, A Projectile Has The Same Range R Of Two Angles Of Projection If T1 And T2 Are The Time Of Flight In The Two Cases, Then

At What Point Of A Projectile Motion, Acceleration And Velocity Are Perpendicular To Each Other?

A Bullet Fired At An Angle Of 30 Degree With The Horizontal Hits The Ground 3 Km Away. By Adjusting Its Angle Of Projection, One Can Hope To Hit A Target 5 Km Away.

A Body Is Projected At Such Angle That The Horizontal Range Is Three Times The Greatest Height. The Angle Of Projection Is

A Particle Is Projected With Velocity âˆš2 Gh, Such That It Just Crosses Two Walls Of Height H And Separated By H. Find The Angle Of Projection.

A Ball Rolls Of The Top Of Stair-way With A Horizontal Velocity Of Magnitude 1.8 Ms^-1. The Steps Are 0.20 M High And 0.20 M Wide, Which Step Will The Ball Hit First?

A Ball Is Projected From The Ground At A Speed Of 10 Ms^-1 Making An Angle Of 30 Degree With The Horizontal.

A Boy Playing On The Roof Of A 10 M High Building Throws A Ball With A Speed Of Ms^-1 At An Angle Of 30 Degree With The Horizontal. How Far From The Throwing Point Will The Ball

Two Stones Are Projected With The Same Speed But Making Different Angles With The Horizontal. Their Horizontal Ranges Are Equal. The Angle Of Projection Of One Is Pie/3 And The Maximum Height

A Ball Thrown By One Player Reaches The Other In 2 S. The Maximum Height Attained By The Ball Above The Point Of Projection Will Be (take, G=10 Ms^-2)

Two Particles A And B Are Projected With Same Speed So That Ratio Of Thier Maximum Heights Reached Is 3:1. If The Speed Of A Is Doubled Without Altering Other Parameters, The Ratio Of The Horizontal

A Particle Moves In A Circle Of Radius 30 Cm. Its Linear Speed Is Given By V=2t, Where T Is In Second And V In Ms^-1. Find Out Its, Radial And Tangential Acceleration At T=3s, Respectively

If A Body Is Projected With An Angle 0 To The Horizontal, Then

A Bullet Is To Be Fired With A Speed Of 20 Ms^-1 To Hit A Target 200 M Away On A Level Ground. If G=10 Ms^-2, The Gun Should Be Aimed

A Projectile Is Thrown At An Angle Beta With Vertical. It Reaches A Maximum Height H. The Time Taken To Reach The Heighest Point Of Its Path Is

If A Person Can Throw A Stone To Maximum Height Of H Meter Vertically, Then The Maximum Distance Through Which It Can Be Thrown Horizontally By The Same Person Is

The Height Y And The Distance X Along The Horizontal Plane Of A Projectile On A Certain Planet (with No Surrounding Atmosphere) Are Given By Y=8t-5(t^2) Meter, Where T Is In Second.

A Wheel Of Radius 1 M Rolls Forward Half A Revolution On A Horizontal Ground. The Magnitude To The Displacement Of The Point Of The Wheel Initially In Contact With The Ground Is

The Figure Shows A Circular Path Of A Moving Particle, If The Velocity Of The Particle At Some Instant Is V=-3 I - 4 J

A Body Moves Along A Circular Path Of Radius 10 M And The Coefficient Of Friction Is 0.5. What Should Be Its Angular Speed In Rad S-1, If It Is Not Slip

A Toy Cyclist Completes One Round Of A Square Track Of Side 2 M In 40 S. What Will Be The Displacement At The End Of 3 Min?

A Particle Is Acted Upon By A Force Of Constant Magnitude Which Is Always Peroendicular To The Velocity Of The Particle. The Motion Of The Particle Takes Place In A Plane It Follows That

A Stone Tied To One End Of Rope And Rotated In A Circular Motion. If The String Suddenly Breaks, Then The Stone Travels

A Bucket Filled With Water Is Tied To A Rope Of Length 0.5 M And Is Rotated In A Circular Path In Vertical Plane. The Plane Velocity It Should Have At The Lowest Point Of Circle

A Car Runs At A Constant Speed On A Circular Track Of Radius 100 M, Taking 62.8 S For Every Circular Lap. The Average Velocity And Average Speed For Each Circular Lap, Respectively Is

A Cyclist Moves In Such A Way That He Takes 60 Degree Turn After 100 M. What Is The Displacement When He Takes Seventh Turn?

An Electric Fan Has Blades Of Length 30 Cm As Measured From The Axis Of Rotation. If The Fan Is Rotating At1200 Rpm,

Given That Centripetal Force F=-k/(r^2). The Total Energy Is

The Centripetal Acceleration Of A Body Moving In A Circle Of Radius100 M With A Time Period Of 2 S Will Be

A Particle Of Mass M Is Circulating On A Circle Of Radius R Having Angular Momentum L, Then The Centripetal Force Will Be

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