List of all JEE Discussions Physics Searched Questions

JEE Discussions Popular Tags

1410 of 33584 Questions

View All

JEE Discussions Recent Questions

0 votes

0 answer

4 views
Megan 1 Days Ago

A Cylindrical Piston Of Mass M Slides Smoothly Inside A Long Cylinder Closed At One End, Enclosing A Certain Mass Of Gas. The Cylinder Is Kept With Its Axis Horizontal. If The Piston Is Disturbed From

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 17 Minutes Ago Megan
0 votes

0 answer

2 views
Colin 1 Days Ago

A Cylindrical Piston Of Mass M Slides Smoothly Inside A Long Cylinder Closed At One End, Enclosing A Certain Mass Of Gas. The Cylinder Is Kept With Its Axis Horizontal. If The Piston Is Disturbed From

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 18 Minutes Ago Colin
0 votes

0 answer

4 views
Saloni 1 Days Ago

Two Equal Negative Charges â€“ Q Are Fixed At Points (0, A) And (0, â€“a) On The Y-axis. A Positive Charge Q Is Released From Rest At Point (2a, 0) On The X-axis. The Charge Q Will

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 20 Minutes Ago Saloni
0 votes

0 answer

2 views
Edward 1 Days Ago

If A Simple Harmonic Oscillator Has Got A Displacement Of 0.02 M And Acceleration Equal To 2.0 Ms2 At Any Time, The Angular Frequency Of The Oscillator Is Equal To

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 21 Minutes Ago Edward
0 votes

0 answer

2 views
Tracey 1 Days Ago

The Kinetic Energy Of A Particle Executing S.H.M. Is 16 J When It Is In Its Mean Position. If The Amplitude Of Oscillation Is 25 Cm And The Mass Of The Particle Is 5.12 Kg, The Time Period Of Its Osci

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 22 Minutes Ago Tracey
0 votes

0 answer

1 views
Jack 1 Days Ago

A Body Of Mass 1\,kg Is Executing Simple Harmonic Motion. Its Displacement Y(cm) At T Seconds Is Given By Y = 6\sin (100t + \pi /4) . Its Maximum Kinetic Energy Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 24 Minutes Ago Jack
0 votes

0 answer

4 views
Benjamin 1 Days Ago

A Particle Executes Simple Harmonic Motion With A Frequency F. The Frequency With Which Its Kinetic Energy Oscillates Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 25 Minutes Ago Benjamin
0 votes

0 answer

1 views
Brandon 1 Days Ago

A Particle Is Vibrating In A Simple Harmonic Motion With An Amplitude Of 4 Cm. At What Displacement From The Equilibrium Position, Is Its Energy Half Potential And Half Kinetic Energy

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 27 Minutes Ago Brandon
0 votes

0 answer

2 views
Name 1 Days Ago

As A Body Performs S.H.M., Its Potential Energy U. Varies With Time As Indicated In

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 28 Minutes Ago Name
0 votes

0 answer

1 views
Julia 1 Days Ago

A Body Is Executing Simple Harmonic Motion. At A Displacement X Its Potential Energy Is E1 And At A Displacement Y Its Potential Energy Is E2 . The Potential Energy E At Displacement (x + Y) Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 31 Minutes Ago Julia
0 votes

0 answer

3 views
Wanda 1 Days Ago

A Body Is Executing Simple Harmonic Motion. At A Displacement X Its Potential Energy Is E1 And At A Displacement Y Its Potential Energy Is E2 . The Potential Energy E At Displacement (x + Y) Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 33 Minutes Ago Wanda
0 votes

0 answer

1 views
Oliver 1 Days Ago

Two Springs With Spring Constants K1 = 1500\,N/m And K2 = 3000\,N/m Are Stretched By The Same Force. The Ratio Of Potential Energy Stored In Spring Will Be

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 37 Minutes Ago Oliver
0 votes

0 answer

1 views
Lisa 1 Days Ago

There Is A Body Having Mass M And Performing S.H.M. With Amplitude A. There Is A Restoring Force F = - Kx . The Total Energy Of Body Depends Upon

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 39 Minutes Ago Lisa
0 votes

0 answer

3 views
Adrian 1 Days Ago

There Is A Body Having Mass M And Performing S.H.M. With Amplitude A. There Is A Restoring Force F = - Kx . The Total Energy Of Body Depends Upon

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 40 Minutes Ago Adrian
0 votes

0 answer

1 views
Harry 1 Days Ago

The Potential Energy Of A Particle Executing S.H.M. Is 2.5 J, When Its Displacement Is Half Of Amplitude. The Total Energy Of The Particle Be

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 41 Minutes Ago Harry
0 votes

0 answer

2 views
Emma 1 Days Ago

When The Displacement Is Half The Amplitude, The Ratio Of Potential Energy To The Total Energy Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 43 Minutes Ago Emma
0 votes

0 answer

2 views
Nicola 1 Days Ago

When The Displacement Is Half Of The Amplitude, Then What Fraction Of Total Energy Of A Simple Harmonic Oscillator Is Kinetic

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 45 Minutes Ago Nicola
0 votes

0 answer

4 views
Ekta 1 Days Ago

The Total Energy Of A Particle Executing S.H.M. Is Proportional To

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 46 Minutes Ago Ekta
0 votes

0 answer

2 views
Deirdre 1 Days Ago

For A Particle Executing S.H.M. The Displacement X Is Given By X = A\cos \omega T . Identify The Graph Which Represents The Variation Of Potential Energy (P.E.) As A Function Of Time T And Displacemen

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 48 Minutes Ago Deirdre
0 votes

0 answer

1 views
Stewart 1 Days Ago

The Potential Energy Of A Simple Harmonic Oscillator When The Particle Is Half Way To Its End Point Is (where E Is The Total Energy)

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 49 Minutes Ago Stewart
0 votes

0 answer

2 views
Felicity 1 Days Ago

The Potential Energy Of A Simple Harmonic Oscillator When The Particle Is Half Way To Its End Point Is (where E Is The Total Energy)

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 50 Minutes Ago Felicity
0 votes

0 answer

1 views
Isaac 1 Days Ago

A Particle Of Mass M Oscillates With Simple Harmonic Motion Between Points X1 And X2 , The Equilibrium Position Being O. Its Potential Energy Is Plotted. It Will Be As Given Below In The Graph

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 52 Minutes Ago Isaac
0 votes

0 answer

3 views
Samantha 1 Days Ago

The Total Energy Of A Particle, Executing Simple Harmonic Motion Is Where X Is The Displacement From The Mean Position

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 54 Minutes Ago Samantha
0 votes

0 answer

2 views
Angela 1 Days Ago

The Total Energy Of A Particle, Executing Simple Harmonic Motion Is Where X Is The Displacement From The Mean Position

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 55 Minutes Ago Angela
0 votes

0 answer

1 views
Phil 1 Days Ago

1. The Velocity-time Diagram Of A Harmonic Oscillator Is Shown In The Adjoining Figure. The Frequency Of Oscillation Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 14 Hour 57 Minutes Ago Phil
0 votes

0 answer

2 views
Rose 1 Days Ago

A Body Is Executing S.H.M. When Its Displacement From The Mean Position Is 4 Cm And 5 Cm, The Corresponding Velocity Of The Body Is 10 Cm/sec And 8 Cm/sec. Then The Time Period Of The Body Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 15 Hour 35 Minutes Ago Rose
0 votes

0 answer

1 views
Alan 1 Days Ago

JEE Simple Harmonic Motion, JEE Oscillations And Waves, JEE Physics, JEE Past Year Questions

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 15 Hour 37 Minutes Ago Alan
0 votes

0 answer

2 views
Ryan 1 Days Ago

A Body Is Executing S.H.M. When Its Displacement From The Mean Position Is 4 Cm And 5 Cm, The Corresponding Velocity Of The Body Is 10 Cm/sec And 8 Cm/sec. Then The Time Period Of The Body Is

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 15 Hour 40 Minutes Ago Ryan
0 votes

0 answer

1 views
Connor 1 Days Ago

A Particle Executes Simple Harmonic Motion With An Amplitude Of 4 Cm. At The Mean Position The Velocity Of The Particle Is 10 Cm/s. The Distance Of The Particle From The Mean Position When Its Speed B

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 15 Hour 42 Minutes Ago Connor
0 votes

0 answer

2 views
Liam 1 Days Ago

If A Particle Under S.H.M. Has Time Period 0.1 Sec And Amplitude 2 \times 10^{ - 3} M . It Has Maximum Velocity

JEE Discussions
JEE Past Year Questions
JEE Physics
JEE Oscillations And Waves
JEE Simple Harmonic Motion
Modified 1 Days 15 Hour 45 Minutes Ago Liam

1 2 3 Next Last ›

TestprepKart [Answers] is a global answer platform for all students, teachers and contributors to help community grow and share knowledge. TestprepKart [Answers] is primarily focused on School Exam Preparation, Entrance Exam Preparation, UG Admissions Worldwide. Share your doubts and help others getting their answers is the spirit of TestprepKart [Answers].

our students rated us: 4.8 out of 5.0 by 1350+ valuable client

Popular Questions

JEE Discussions Popular Tags

1410 of 33584 Questions

JEE Discussions Recent Questions

A Cylindrical Piston Of Mass M Slides Smoothly Inside A Long Cylinder Closed At One End, Enclosing A Certain Mass Of Gas. The Cylinder Is Kept With Its Axis Horizontal. If The Piston Is Disturbed From

A Cylindrical Piston Of Mass M Slides Smoothly Inside A Long Cylinder Closed At One End, Enclosing A Certain Mass Of Gas. The Cylinder Is Kept With Its Axis Horizontal. If The Piston Is Disturbed From

Two Equal Negative Charges â€“ Q Are Fixed At Points (0, A) And (0, â€“a) On The Y-axis. A Positive Charge Q Is Released From Rest At Point (2a, 0) On The X-axis. The Charge Q Will

If A Simple Harmonic Oscillator Has Got A Displacement Of 0.02 M And Acceleration Equal To 2.0 Ms2 At Any Time, The Angular Frequency Of The Oscillator Is Equal To

The Kinetic Energy Of A Particle Executing S.H.M. Is 16 J When It Is In Its Mean Position. If The Amplitude Of Oscillation Is 25 Cm And The Mass Of The Particle Is 5.12 Kg, The Time Period Of Its Osci

A Body Of Mass 1\,kg Is Executing Simple Harmonic Motion. Its Displacement Y(cm) At T Seconds Is Given By Y = 6\sin (100t + \pi /4) . Its Maximum Kinetic Energy Is

A Particle Executes Simple Harmonic Motion With A Frequency F. The Frequency With Which Its Kinetic Energy Oscillates Is

A Particle Is Vibrating In A Simple Harmonic Motion With An Amplitude Of 4 Cm. At What Displacement From The Equilibrium Position, Is Its Energy Half Potential And Half Kinetic Energy

As A Body Performs S.H.M., Its Potential Energy U. Varies With Time As Indicated In

A Body Is Executing Simple Harmonic Motion. At A Displacement X Its Potential Energy Is E1 And At A Displacement Y Its Potential Energy Is E2 . The Potential Energy E At Displacement (x + Y) Is

A Body Is Executing Simple Harmonic Motion. At A Displacement X Its Potential Energy Is E1 And At A Displacement Y Its Potential Energy Is E2 . The Potential Energy E At Displacement (x + Y) Is

Two Springs With Spring Constants K1 = 1500\,N/m And K2 = 3000\,N/m Are Stretched By The Same Force. The Ratio Of Potential Energy Stored In Spring Will Be

There Is A Body Having Mass M And Performing S.H.M. With Amplitude A. There Is A Restoring Force F = - Kx . The Total Energy Of Body Depends Upon

There Is A Body Having Mass M And Performing S.H.M. With Amplitude A. There Is A Restoring Force F = - Kx . The Total Energy Of Body Depends Upon

The Potential Energy Of A Particle Executing S.H.M. Is 2.5 J, When Its Displacement Is Half Of Amplitude. The Total Energy Of The Particle Be

When The Displacement Is Half The Amplitude, The Ratio Of Potential Energy To The Total Energy Is

When The Displacement Is Half Of The Amplitude, Then What Fraction Of Total Energy Of A Simple Harmonic Oscillator Is Kinetic

The Total Energy Of A Particle Executing S.H.M. Is Proportional To

For A Particle Executing S.H.M. The Displacement X Is Given By X = A\cos \omega T . Identify The Graph Which Represents The Variation Of Potential Energy (P.E.) As A Function Of Time T And Displacemen

The Potential Energy Of A Simple Harmonic Oscillator When The Particle Is Half Way To Its End Point Is (where E Is The Total Energy)

The Potential Energy Of A Simple Harmonic Oscillator When The Particle Is Half Way To Its End Point Is (where E Is The Total Energy)

A Particle Of Mass M Oscillates With Simple Harmonic Motion Between Points X1 And X2 , The Equilibrium Position Being O. Its Potential Energy Is Plotted. It Will Be As Given Below In The Graph

The Total Energy Of A Particle, Executing Simple Harmonic Motion Is Where X Is The Displacement From The Mean Position

The Total Energy Of A Particle, Executing Simple Harmonic Motion Is Where X Is The Displacement From The Mean Position

1. The Velocity-time Diagram Of A Harmonic Oscillator Is Shown In The Adjoining Figure. The Frequency Of Oscillation Is

A Body Is Executing S.H.M. When Its Displacement From The Mean Position Is 4 Cm And 5 Cm, The Corresponding Velocity Of The Body Is 10 Cm/sec And 8 Cm/sec. Then The Time Period Of The Body Is

JEE Simple Harmonic Motion, JEE Oscillations And Waves, JEE Physics, JEE Past Year Questions

A Body Is Executing S.H.M. When Its Displacement From The Mean Position Is 4 Cm And 5 Cm, The Corresponding Velocity Of The Body Is 10 Cm/sec And 8 Cm/sec. Then The Time Period Of The Body Is

A Particle Executes Simple Harmonic Motion With An Amplitude Of 4 Cm. At The Mean Position The Velocity Of The Particle Is 10 Cm/s. The Distance Of The Particle From The Mean Position When Its Speed B

If A Particle Under S.H.M. Has Time Period 0.1 Sec And Amplitude 2 \times 10^{ - 3} M . It Has Maximum Velocity

JEE Courses

Online JEE Preparation

JEE Downloads

Contribute & Test Your Skills

Popular Questions

Popular Questions

JEE Discussions Popular Tags

1410 of 33584 Questions

JEE Discussions Recent Questions

JEE Courses

Online JEE Preparation

JEE Downloads

Contribute & Test Your Skills

Popular Questions

Platforms

Menu