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Two Tuning Forks, A And B Produce Notes Of Frequencies 258 Hz And 262 Hz. An Unknown Note Sounded With A Produces Certain Beats. When The Same Note Is Sounded With B, The Beat

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A Bus Is Moving With A Velocity Of 5 Ms^-1 Towards A Huge Wall. The Driver Sounds A Horn Of Frequency 165 Hz. If The Speed Of Sound In Air Is 335 Ms ^-1, The Number Of Beats Heard Per Second

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Two Strings With Mass Per Unit Length Of 9 Gcm ^-1 And 25 Gcm^-I Are Joined Together In Series. The Reflection Coefficient For The Vibration Waves Are

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Two Progressive Waves Having Equation X1 = 3 Sin W T And X2 = 4 Sin (w T â€“ 90degree ) Are Superimposed. The Amplitude Of The Resultant Wave Is

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The Intensity Ratio Of Two Waves Is 1 : 9. The Ratio Of Their Amplitudes, Is

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If Sound Wave Travel From Air To Water, Which Of The Following Remains Unchanged?

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At A Certain Instant, A Stationary Transverse Wave Is Found To Have Maximum Kinetic Energy. The Appearance Of String At That Instant Is

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Compressional Wave Pulses Are Sent To The Bottom Of Sea From A Ship And The Echo Is Heard After 2 S. If Bulk Modulus Of Elasticity Of Water Is 2 * 10^9 Nm^-2 And Mean Temperature Is 4 Degree C, Then

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A Wave Disturbance In A Medium Is Described Y(x,t) = 2.02 Cos (10 Pie X) Where X And Y Are In Meter And Is In Second

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A Boat At Anchor Is Rocked By Waves Whose Crests Are 100 M Apart And Velocity Is 25 Ms ^-1. The Boat Bounces Up Once In Every

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5 Years Ago

The Angle Between Particle Velocity And Wave Velocity In A Transverse Wave Is

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If The Speed Of A Wave Doubles As It Passes From Shallow Water Into Deeper Water, Its Wavelength Will Be

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Sound Waves Transfer

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5 Years Ago

A Simple Wave Motion Represented By, Y = 5 (sin 4 Pie + Root 3 Cos 4 Pie T). Its Amplitude Is

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A Point Source Emits Sound Equally In All Directions In A Non-absorbing Medium. Two Points P And Q Are At Distances Of 2m And 3m Respectively From The Source. The Ratio Of The Intensities Of The Waves

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The Frequency And Velocity Of Sound Wave Are 600 Hz And 360 M/s Respectively. Phase Difference Between Two Particles Of Medium Are 60 Degree, The Minimum Distance Between These Two Particles Will Be

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Two Cu Wires Of Radii R1 And R2, Such That (R1 > R2 ). Then Which Of The Following Is True?

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When Two Waves Of Nearly Equal Frequencies V1 And V2 Are Produced Simultaneously, The Time Interval Between Successive Maxima Is

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5 Years Ago

An Object Specific Gravity P Is Hung From A Thim Steel Wire. The Fundamental Frequency For Transverse Standing Wave In The Wire Is 300 Hz. The Object Is

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5 Years Ago

A String Of Density 7.5 G Cm^-3 And Area Of Cross-section 0.2 Mm^2 Is Stretched Under A Tension Of 20 N. When It Is Plucked At The Mid-point, The Speed Of The Transverse Wave On The Wire Is

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5 Years Ago

A Sonometer Wire Of Length 1.5 M Is Made Of Steel. The Tension In It Produces An Elastic Strain Of 1%. What Is The Fundamental Frequency Of Steel If Density And Elasticity Of Steel Are

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A String Of Mass 3 Kg Is Under Tension Of 400 N. The Length Of The Stretched String Is 25 Cm. If The Transverse Jerk Is Stuck At One End Of The String, How Long Does The Disturbance Take To Reach The

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A String Of Mass 3 Kg Is Under Tension Of 400 N. The Length Of The Stretched String Is 25 Cm. If The Transverse Jerk Is Stuck At One End Of The String, How Long Does The Disturbance Take To Reach The

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Which Quantity Is Transmitted With Propagation Of Longitudinal Waves Through A Medium?

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A Wave Represented By The Equation Y = A Cos (kx - Wt) Is Superposed With Another Wave To Form A Stationary Wave Such That Point X = 0 Is A Node. The Equation For The Other Wave Is

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A Wave Represented By The Equation Y = A Cos (kx - Wt) Is Superposed With Another Wave To Form A Stationary Wave Such That Point X = 0 Is A Node. The Equation For The Other Wave Is

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5 Years Ago

A Wave Represented By The Equation Y = A Cos (kx - Wt) Is Superposed With Another Wave To Form A Stationary Wave Such That Point X = 0 Is A Node. The Equation For The Other Wave Is

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A Metallic Wire Of 1 M Length Has A Mass Of 10 * 10^-3 Kg. If A Tension Of 100 N Is Applied To A Wire, What Is The Speed Of Transverse Wave?

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148 of 46300 Questions

Recent Questions

Two Tuning Forks, A And B Produce Notes Of Frequencies 258 Hz And 262 Hz. An Unknown Note Sounded With A Produces Certain Beats. When The Same Note Is Sounded With B, The Beat

A Bus Is Moving With A Velocity Of 5 Ms^-1 Towards A Huge Wall. The Driver Sounds A Horn Of Frequency 165 Hz. If The Speed Of Sound In Air Is 335 Ms ^-1, The Number Of Beats Heard Per Second

Two Strings With Mass Per Unit Length Of 9 Gcm ^-1 And 25 Gcm^-I Are Joined Together In Series. The Reflection Coefficient For The Vibration Waves Are

Two Progressive Waves Having Equation X1 = 3 Sin W T And X2 = 4 Sin (w T â€“ 90degree ) Are Superimposed. The Amplitude Of The Resultant Wave Is

The Intensity Ratio Of Two Waves Is 1 : 9. The Ratio Of Their Amplitudes, Is

If Sound Wave Travel From Air To Water, Which Of The Following Remains Unchanged?

At A Certain Instant, A Stationary Transverse Wave Is Found To Have Maximum Kinetic Energy. The Appearance Of String At That Instant Is

Compressional Wave Pulses Are Sent To The Bottom Of Sea From A Ship And The Echo Is Heard After 2 S. If Bulk Modulus Of Elasticity Of Water Is 2 * 10^9 Nm^-2 And Mean Temperature Is 4 Degree C, Then

A Wave Disturbance In A Medium Is Described Y(x,t) = 2.02 Cos (10 Pie X) Where X And Y Are In Meter And Is In Second

A Boat At Anchor Is Rocked By Waves Whose Crests Are 100 M Apart And Velocity Is 25 Ms ^-1. The Boat Bounces Up Once In Every

The Angle Between Particle Velocity And Wave Velocity In A Transverse Wave Is

If The Speed Of A Wave Doubles As It Passes From Shallow Water Into Deeper Water, Its Wavelength Will Be

Sound Waves Transfer

A Simple Wave Motion Represented By, Y = 5 (sin 4 Pie + Root 3 Cos 4 Pie T). Its Amplitude Is

A Point Source Emits Sound Equally In All Directions In A Non-absorbing Medium. Two Points P And Q Are At Distances Of 2m And 3m Respectively From The Source. The Ratio Of The Intensities Of The Waves

The Frequency And Velocity Of Sound Wave Are 600 Hz And 360 M/s Respectively. Phase Difference Between Two Particles Of Medium Are 60 Degree, The Minimum Distance Between These Two Particles Will Be

Two Cu Wires Of Radii R1 And R2, Such That (R1 > R2 ). Then Which Of The Following Is True?

When Two Waves Of Nearly Equal Frequencies V1 And V2 Are Produced Simultaneously, The Time Interval Between Successive Maxima Is

An Object Specific Gravity P Is Hung From A Thim Steel Wire. The Fundamental Frequency For Transverse Standing Wave In The Wire Is 300 Hz. The Object Is

A String Of Density 7.5 G Cm^-3 And Area Of Cross-section 0.2 Mm^2 Is Stretched Under A Tension Of 20 N. When It Is Plucked At The Mid-point, The Speed Of The Transverse Wave On The Wire Is

A Sonometer Wire Of Length 1.5 M Is Made Of Steel. The Tension In It Produces An Elastic Strain Of 1%. What Is The Fundamental Frequency Of Steel If Density And Elasticity Of Steel Are

A String Of Mass 3 Kg Is Under Tension Of 400 N. The Length Of The Stretched String Is 25 Cm. If The Transverse Jerk Is Stuck At One End Of The String, How Long Does The Disturbance Take To Reach The

A String Of Mass 3 Kg Is Under Tension Of 400 N. The Length Of The Stretched String Is 25 Cm. If The Transverse Jerk Is Stuck At One End Of The String, How Long Does The Disturbance Take To Reach The

Which Quantity Is Transmitted With Propagation Of Longitudinal Waves Through A Medium?

A Wave Represented By The Equation Y = A Cos (kx - Wt) Is Superposed With Another Wave To Form A Stationary Wave Such That Point X = 0 Is A Node. The Equation For The Other Wave Is

A Wave Represented By The Equation Y = A Cos (kx - Wt) Is Superposed With Another Wave To Form A Stationary Wave Such That Point X = 0 Is A Node. The Equation For The Other Wave Is

A Wave Represented By The Equation Y = A Cos (kx - Wt) Is Superposed With Another Wave To Form A Stationary Wave Such That Point X = 0 Is A Node. The Equation For The Other Wave Is

A Metallic Wire Of 1 M Length Has A Mass Of 10 * 10^-3 Kg. If A Tension Of 100 N Is Applied To A Wire, What Is The Speed Of Transverse Wave?

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