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4 Years Ago

How Does Time Period Of A Pendulum Vary With Length?

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4 Years Ago

The Displacement Of An Object Attached To A Spring And Executing Simple Harmonic Motion Is Given By X = 2x 10^-2 Cos Pie T Metre. The Time At Which The Maximum Speed First Occurs Is

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4 Years Ago

A Particle Executing Simple Harmonic Motion Of Amplitude 5 Cm Has Maximum Speed Of 31.4 Cm/s. The Frequency Of Its Oscillation Is

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4 Years Ago

A Particle Of Mass 200 G Is Making SHM Under The Influence Of A Spring Of Force Constant, K = 90 N/m And A Damping Constant, B = 40 G /s. Calculate The Time Elapsed For The Amplitude To Drop To Half

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4 Years Ago

For A Damped Harmonic Oscillator Of Mass 250 G, The Value Of Spring Constant (k) And Damping (b) Are 85 Nm^-1, And 70 G S ^-1, Respectively. What Is The Period Of Motion?

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4 Years Ago

A Particle Moves With Simple Harmonic Motion In A Straight Line. In First T Sec, After Starting From Rest It Travels A Distance A And In Next Ï„ Sec, It Travels 2a, In Same Direction, Then

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4 Years Ago

Consider The Following Statements The Total Energy Of A Particle Executing Simple Harmonic Motion Depends On Its I. Amplitude II. Period III. Displacement Of These Statements

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4 Years Ago

The Displacement Of A Particle Of Mass 3 G Executing Simple Harmonic Motion Is Given By Y = 3sin (0.2t) In SI Units. The KE Of The Particle At A Point Which Is At A Distance Equal To 1/3 Of Its

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Taahira 4 Years Ago

A Particle Executes SHM With A Period Of 8 S And Amplitude 4 Cm. Its Maximum Speed In Cms ^-1, Is

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4 Years Ago

The Function X = Asin^2 Wt + B Cos2 Wt + C Sin Wt Coswt Represent SHM For Which Of The Option(s)

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A Particle Is Executing SHM At Mid-point Of Mean Position And Extremely. What Is The Potential Energy In Terms Of Total Energy (E)?

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4 Years Ago

For A Particle In SHM, If The Amplitude Of The Displacement Is A And The Amplitude Of Velocity Is V, The Amplitude Of Acceleration Is

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Bhushan Mudliyar 4 Years Ago

Two Particles Are Executing Simple Harmonic Motion Of The Same Amplitude A And Frequency To Along The X-axis. Their Mean Position Is Separated By Distance X0 (x0 > A). If The Maximum Separation Betwee

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4 Years Ago

When A Spring Is Stretched By 10 Cm, The Potential Energy Stored Is E. When The Spring Is Stretched By 10 Cm More, The Potential Energy Stored In The Spring Becomes

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4 Years Ago

When A Particle Executing SHM Oscillates With A Frequency V, Then The Kinetic Energy Of The Particle

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4 Years Ago

When A Particle Executing SHM Oscillates With A Frequency V, Then The Kinetic Energy Of The Particle

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4 Years Ago

A 10 Kg Metal Block Is Attached To A Spring Of Spring Constant 1000 Nm^-1. A Block Is Displaced From Equilibrium Position By 10 Cm And Released. The Maximum Acceleration Of The Block Is

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4 Years Ago

A Particle Of Mass M Is Executing Oscillations About The Origin On The X Axis. Its Potential Energy Is V(x) = K | X |^3 Where K Is A Positive Constant. If The Amplitude Of Oscillation Is A, Then Its

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4 Years Ago

The Motion Of A Particle Varies With Time According To The Relation, Y = A (sin Wt + Cos Wt) .

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4 Years Ago

Two Particles Execute SHM Of The Same Amplitude And Frequency Along The Same Straight Line. If They Pass One Another When Going In Opposite Directions, Each Time Their Displacement Is Half Their

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A Particle Executes Simple Harmonic Motion With A Time Period Of 16 S. At Time T = 2 S The Particle Crosses The Mean Position While At T = 4 S Velocity Is 4 Ms^-1. The Amplitude Of Motion In Metre Is

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A Uniform Cylinder Of Length L And Mass M Cross Sectional Are A Is Supposed, Whit Its Length Vertical, From A Fixed Point By A Massless Spring, Such That It Is Half - Submerged

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4 Years Ago

Two Particles A And B Execute Simple Harmonic Motion Of Period T And 5T/4. They Start From Mean Position. The Phase Difference Between Them When The Particle A Complete An Oscillation Will Be

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4 Years Ago

A Particle Is Executing Simple Harmonic Motion With An Amplitude A And Time Period T. The Displacement Of The Particle After 2T Period From Its Initial Position Is

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4 Years Ago

The Circular Motion Of A Particle With Constant Speed Is

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4 Years Ago

The Displacement Of A Particle In SHM Various According To The Relation X = 4 (cosÏ€t + Sin Pie T). The Amplitude Of The Particle Is

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Two Particles Executes SHM Of Same Amplitude And Frequency Along The Same Straight Line. They Pass One Another When Going In Opposite Directions. Each Time Their Displacement Is Half Of Their Amplitud

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27 of 46300 Questions

Recent Questions

How Does Time Period Of A Pendulum Vary With Length?

The Displacement Of An Object Attached To A Spring And Executing Simple Harmonic Motion Is Given By X = 2x 10^-2 Cos Pie T Metre. The Time At Which The Maximum Speed First Occurs Is

A Particle Executing Simple Harmonic Motion Of Amplitude 5 Cm Has Maximum Speed Of 31.4 Cm/s. The Frequency Of Its Oscillation Is

A Particle Of Mass 200 G Is Making SHM Under The Influence Of A Spring Of Force Constant, K = 90 N/m And A Damping Constant, B = 40 G /s. Calculate The Time Elapsed For The Amplitude To Drop To Half

For A Damped Harmonic Oscillator Of Mass 250 G, The Value Of Spring Constant (k) And Damping (b) Are 85 Nm^-1, And 70 G S ^-1, Respectively. What Is The Period Of Motion?

A Particle Moves With Simple Harmonic Motion In A Straight Line. In First T Sec, After Starting From Rest It Travels A Distance A And In Next Ï„ Sec, It Travels 2a, In Same Direction, Then

Consider The Following Statements The Total Energy Of A Particle Executing Simple Harmonic Motion Depends On Its I. Amplitude II. Period III. Displacement Of These Statements

The Displacement Of A Particle Of Mass 3 G Executing Simple Harmonic Motion Is Given By Y = 3sin (0.2t) In SI Units. The KE Of The Particle At A Point Which Is At A Distance Equal To 1/3 Of Its

A Particle Executes SHM With A Period Of 8 S And Amplitude 4 Cm. Its Maximum Speed In Cms ^-1, Is

The Function X = Asin^2 Wt + B Cos2 Wt + C Sin Wt Coswt Represent SHM For Which Of The Option(s)

A Particle Is Executing SHM At Mid-point Of Mean Position And Extremely. What Is The Potential Energy In Terms Of Total Energy (E)?

For A Particle In SHM, If The Amplitude Of The Displacement Is A And The Amplitude Of Velocity Is V, The Amplitude Of Acceleration Is

Two Particles Are Executing Simple Harmonic Motion Of The Same Amplitude A And Frequency To Along The X-axis. Their Mean Position Is Separated By Distance X0 (x0 > A). If The Maximum Separation Betwee

When A Spring Is Stretched By 10 Cm, The Potential Energy Stored Is E. When The Spring Is Stretched By 10 Cm More, The Potential Energy Stored In The Spring Becomes

When A Particle Executing SHM Oscillates With A Frequency V, Then The Kinetic Energy Of The Particle

When A Particle Executing SHM Oscillates With A Frequency V, Then The Kinetic Energy Of The Particle

A 10 Kg Metal Block Is Attached To A Spring Of Spring Constant 1000 Nm^-1. A Block Is Displaced From Equilibrium Position By 10 Cm And Released. The Maximum Acceleration Of The Block Is

A Particle Of Mass M Is Executing Oscillations About The Origin On The X Axis. Its Potential Energy Is V(x) = K | X |^3 Where K Is A Positive Constant. If The Amplitude Of Oscillation Is A, Then Its

The Motion Of A Particle Varies With Time According To The Relation, Y = A (sin Wt + Cos Wt) .

Two Particles Execute SHM Of The Same Amplitude And Frequency Along The Same Straight Line. If They Pass One Another When Going In Opposite Directions, Each Time Their Displacement Is Half Their

A Particle Executes Simple Harmonic Motion With A Time Period Of 16 S. At Time T = 2 S The Particle Crosses The Mean Position While At T = 4 S Velocity Is 4 Ms^-1. The Amplitude Of Motion In Metre Is

A Uniform Cylinder Of Length L And Mass M Cross Sectional Are A Is Supposed, Whit Its Length Vertical, From A Fixed Point By A Massless Spring, Such That It Is Half - Submerged

Two Particles A And B Execute Simple Harmonic Motion Of Period T And 5T/4. They Start From Mean Position. The Phase Difference Between Them When The Particle A Complete An Oscillation Will Be

A Particle Is Executing Simple Harmonic Motion With An Amplitude A And Time Period T. The Displacement Of The Particle After 2T Period From Its Initial Position Is

The Circular Motion Of A Particle With Constant Speed Is

The Displacement Of A Particle In SHM Various According To The Relation X = 4 (cosÏ€t + Sin Pie T). The Amplitude Of The Particle Is

Two Particles Executes SHM Of Same Amplitude And Frequency Along The Same Straight Line. They Pass One Another When Going In Opposite Directions. Each Time Their Displacement Is Half Of Their Amplitud

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