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David 3 Years Ago

A Passenger Train Is Moving At 5 Ms^-1 . An Express Train Is Travelling At 30 Ms^-1, On The Same Track And Rear Side Of The Passenger Train At Some Distance. The Driver In Express Train Applied Brakes

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Modified 3 Year Ago David
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Jonathan 3 Years Ago

Two Trains, Each Of Length 200 M Are Running On Parallel Tracks. One Overtakes The Other In 20 S And One Crosses The Other In 10 S. The Velocities Of The Two Trains Are

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Modified 3 Year Ago Jonathan
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Oliver 3 Years Ago

A Train Of 150 M Length Is Going Towards North Direction At A Speed Of 10 Ms^-1. A Parrot Flies At A Speed Of 5 Ms6-1 Towards South Direction Parallel To The Railway Track. The Time Taken By The Parro

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Modified 3 Year Ago Oliver
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Alexander 3 Years Ago

Two Trains Are Moving With Equal Speed In Opposite Directions Along Two Parallel Railway Tracks. If The Wind Is Blowing With Speed U Along The Track So That The Relative Velocities Of The Trains W.r.t

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Modified 3 Year Ago Alexander
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Madeleine 3 Years Ago

A Boat Crosses A River Of Width 1 Km By Shortest Path In 15 Min. If The Speed Of Boat In Still Water Is 5 Kmh-1, Then What Is The Speed Of The River?

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Modified 3 Year Ago Madeleine
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1 answer

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Boris 3 Years Ago

A Motorboat Covers A Given Distance In 6 H Moving Downstream On A River. It Covers The Same Distance In 10 H Moving Upstream. The Time It Takes To Cover The Same Distance In Still Water Is

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Modified 3 Year Ago Boris
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Kimberly 3 Years Ago

A Train Is Moving Slowly On A Straight Track With A Constant Speed Of 2 Ms^-1. A Passenger In The Train Starts Walking At A Steady Speed Of 2 Ms^-1 To The Back Of The Train In The Opposite Direction

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Modified 3 Year Ago Kimberly
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Sean 3 Years Ago

Dute To A Force Of (6l + 2j) N The Displacement Of A Body Is (3l - J) M, Then The Work Done Is

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Modified 3 Year Ago Sean
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Maria 3 Years Ago

Velocity And Acceleration Vectors Of Charged Particle Moving Perpendicular To The Direction Of A Magnetic Fieal At Given Instant Of Time Are

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Modified 3 Year Ago Maria
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Rose 3 Years Ago

If The Angle Between The Vectors A And B Is 0 Then The Value Of The Product (B * A) A Is Equal To

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Modified 3 Year Ago Rose
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Frank 3 Years Ago

A Particle Is Displaced From A Position (2j - J + K) To Another Position (3l + 2j - 2k) Under The Action Of The Force Of

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Modified 3 Year Ago Frank
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Diane 3 Years Ago

The Sum Of Two Vectors A And B Is At Right Angle To Their Difference. Then

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Modified 3 Year Ago Diane
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Victoria 3 Years Ago

If The Scalar And Vector Products Of Two Vectors A And B Are Equal In Magnitude, Then The Angle Between The Two Vectors Is

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Modified 3 Year Ago Victoria
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Angela 3 Years Ago

If A. B = La * Bl, Then Tan Will Be

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Modified 3 Year Ago Angela
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Vanessa 3 Years Ago

Consider Three Vector A = L + J - 2k, B = L + J + K, C = 2l - 3j + 4k. A Vector X Of From AA + BB (a And B Are Numbers ) Is Perpendicular To C. The Ration Of A And B Is

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Modified 3 Year Ago Vanessa
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Edward 3 Years Ago

A Force F = 5i + 2j - 5k Acts On A Particle Whose Position Vector Is R = L - 2j + K. What Is The Torque About The Origin?

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Modified 3 Year Ago Edward
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Hannah 3 Years Ago

The (x, Y, Z) Coordinates Of Two Points A And B Are Given Respectively, As (0, 3, -1) And (â€“2, 6, 4). The Displacement Vector From A To B May Be Given By

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Modified 3 Year Ago Hannah
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Neil 3 Years Ago

The Magnitude Of A Vector On The Additional Of Two Vector 6 L + 4j

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Modified 3 Year Ago Neil
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Nathan 3 Years Ago

Two Equal Vectors Have A Resultant Equal To Either Of Them, Then The Angle Between Them Will Be

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Modified 3 Year Ago Nathan
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1 answer

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Phil 3 Years Ago

Two Equal Forces (P Each) Act At A Point Inclined To Each Other At An Angle Of 120Â°. The Magnitude Of Their Resultant Is

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Modified 3 Year Ago Phil
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Karen 3 Years Ago

The Resultant Of Two Vectors P And Q Is R. If The Magnitude Of Q Is Doubled, Then The New Resultant Becomes Perpendicular To P. Then, The Magnitude Of R Is

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Modified 3 Year Ago Karen
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Lisa 3 Years Ago

Three Concurrent Coplanar Forces 1 N 2 N And 3 N Acting Along Different Directions On A Body

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Modified 3 Year Ago Lisa
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Carolyn 3 Years Ago

If A = B + C And The Values Of A B And C Are 13 12 And 5 Respectively Then The Angle Between A And C Will Be

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Modified 3 Year Ago Carolyn
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Heather 3 Years Ago

If The Angle Between Two Vectors A And B Is 120Â°, Then Its Resultant C Will Be

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Modified 3 Year Ago Heather
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Michelle 3 Years Ago

If A = B + C And Have A B And C Scalar Magnitudes Of 5 4 And 3 Units Respectively Then The Angle Between A And C Is

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Modified 3 Year Ago Michelle
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Julian 3 Years Ago

The Square Of Resultant Of Two Equal Forces Is Three Times Their Product. Angle Between The Forces Is

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Modified 3 Year Ago Julian
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Nicholas 3 Years Ago

How Many Minimum Number Of Coplanar Vectors Having Different Magnitudes Can Be Added To Give Zero Resultant?

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Modified 3 Year Ago Nicholas
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Leonard 3 Years Ago

The Coordinates Of A Particle Moving In XY-plane At Any Instant Of Time T Are X = 4t^2, Y = 3t^2. The Speed Of The Particle At That Instant Is

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Modified 3 Year Ago Leonard
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Sebastian 3 Years Ago

A Is A Vector With Magnitude A. Then The Unit Vector A In The Direction Of Vector A Is

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Modified 3 Year Ago Sebastian
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Ruth 3 Years Ago

The Angle Between The Z -axis And The Vector (l + J + Root 2 K) Is The Angle Between The Z - Axis The Vector (l L + J + Root 2 K) Is

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Modified 3 Year Ago Ruth

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34 of 46298 Questions

Recent Questions

A Passenger Train Is Moving At 5 Ms^-1 . An Express Train Is Travelling At 30 Ms^-1, On The Same Track And Rear Side Of The Passenger Train At Some Distance. The Driver In Express Train Applied Brakes

Two Trains, Each Of Length 200 M Are Running On Parallel Tracks. One Overtakes The Other In 20 S And One Crosses The Other In 10 S. The Velocities Of The Two Trains Are

A Train Of 150 M Length Is Going Towards North Direction At A Speed Of 10 Ms^-1. A Parrot Flies At A Speed Of 5 Ms6-1 Towards South Direction Parallel To The Railway Track. The Time Taken By The Parro

Two Trains Are Moving With Equal Speed In Opposite Directions Along Two Parallel Railway Tracks. If The Wind Is Blowing With Speed U Along The Track So That The Relative Velocities Of The Trains W.r.t

A Boat Crosses A River Of Width 1 Km By Shortest Path In 15 Min. If The Speed Of Boat In Still Water Is 5 Kmh-1, Then What Is The Speed Of The River?

A Motorboat Covers A Given Distance In 6 H Moving Downstream On A River. It Covers The Same Distance In 10 H Moving Upstream. The Time It Takes To Cover The Same Distance In Still Water Is

A Train Is Moving Slowly On A Straight Track With A Constant Speed Of 2 Ms^-1. A Passenger In The Train Starts Walking At A Steady Speed Of 2 Ms^-1 To The Back Of The Train In The Opposite Direction

Dute To A Force Of (6l + 2j) N The Displacement Of A Body Is (3l - J) M, Then The Work Done Is

Velocity And Acceleration Vectors Of Charged Particle Moving Perpendicular To The Direction Of A Magnetic Fieal At Given Instant Of Time Are

If The Angle Between The Vectors A And B Is 0 Then The Value Of The Product (B * A) A Is Equal To

A Particle Is Displaced From A Position (2j - J + K) To Another Position (3l + 2j - 2k) Under The Action Of The Force Of

The Sum Of Two Vectors A And B Is At Right Angle To Their Difference. Then

If The Scalar And Vector Products Of Two Vectors A And B Are Equal In Magnitude, Then The Angle Between The Two Vectors Is

If A. B = La * Bl, Then Tan Will Be

Consider Three Vector A = L + J - 2k, B = L + J + K, C = 2l - 3j + 4k. A Vector X Of From AA + BB (a And B Are Numbers ) Is Perpendicular To C. The Ration Of A And B Is

A Force F = 5i + 2j - 5k Acts On A Particle Whose Position Vector Is R = L - 2j + K. What Is The Torque About The Origin?

The (x, Y, Z) Coordinates Of Two Points A And B Are Given Respectively, As (0, 3, -1) And (â€“2, 6, 4). The Displacement Vector From A To B May Be Given By

The Magnitude Of A Vector On The Additional Of Two Vector 6 L + 4j

Two Equal Vectors Have A Resultant Equal To Either Of Them, Then The Angle Between Them Will Be

Two Equal Forces (P Each) Act At A Point Inclined To Each Other At An Angle Of 120Â°. The Magnitude Of Their Resultant Is

The Resultant Of Two Vectors P And Q Is R. If The Magnitude Of Q Is Doubled, Then The New Resultant Becomes Perpendicular To P. Then, The Magnitude Of R Is

Three Concurrent Coplanar Forces 1 N 2 N And 3 N Acting Along Different Directions On A Body

If A = B + C And The Values Of A B And C Are 13 12 And 5 Respectively Then The Angle Between A And C Will Be

If The Angle Between Two Vectors A And B Is 120Â°, Then Its Resultant C Will Be

If A = B + C And Have A B And C Scalar Magnitudes Of 5 4 And 3 Units Respectively Then The Angle Between A And C Is

The Square Of Resultant Of Two Equal Forces Is Three Times Their Product. Angle Between The Forces Is

How Many Minimum Number Of Coplanar Vectors Having Different Magnitudes Can Be Added To Give Zero Resultant?

The Coordinates Of A Particle Moving In XY-plane At Any Instant Of Time T Are X = 4t^2, Y = 3t^2. The Speed Of The Particle At That Instant Is

A Is A Vector With Magnitude A. Then The Unit Vector A In The Direction Of Vector A Is

The Angle Between The Z -axis And The Vector (l + J + Root 2 K) Is The Angle Between The Z - Axis The Vector (l L + J + Root 2 K) Is

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