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Two blocks of masses 5kg and 3kg are placed in contact over an inclined surface of angle 37°, as shown. µ1 is friction coefficient between 5kg block and the surface of the incline and similarly, µ2 is friction coefficient between the 3kg block and the surface of the incline. After the release of the blocks from the inclined surface,
Select one or more:
- a)if µ1 = 0.3 and µ2 = 0.5 then 5kg block exerts 1N force on the 3kg block
- b)if µ1 = 0.5 and µ2 = 0.3 then 5kg block exerts 8N force on the 3kg block
- c)if µ1 = 0.3 and µ2 = 0.5 then 5kg block exerts no force on the 3kg block
- d)if µ1 = 0.5 and µ2 = 0.3 then 5kg block exerts 3N force on the 3kg block
Correct answer is option 'C,D'. Can you explain this answer?
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Verified Answer
Two blocks of masses 5kgand 3kgare placed in contact over an inclined ...
Case-I : μ1 = 0.5, μ2 = 0.3
Along the incline, acceleration of 5kg block will be less than acceleration of 3kg block provided they move alone on the incline. The reason is greater friction coefficient of 5kg block, as acceleration along the incline is g sin θ - μg cos θ
Hence, both blocks will move together. In this case FBDs of both are shown.
Along the incline, acceleration of 5kg block will be less than acceleration of 3kg block provided they move alone on the incline. The reason is greater friction coefficient of 5kg block, as acceleration along the incline is g sin θ - μg cos θ
Hence, both blocks will move together. In this case FBDs of both are shown.
For 5 kg block
Case II : acceleration of 5 kg block is more than acceleration of 3 kg. Hence, no normal force will act between them.
Case II : acceleration of 5 kg block is more than acceleration of 3 kg. Hence, no normal force will act between them.
The correct answers are: if µ1 = 0.5 and µ2 = 0.3 then 5kg block exerts 3N force on the 3kg block, if µ1 = 0.3 and µ2 = 0.5 then 5kg block exerts no force on the 3kg block
Most Upvoted Answer
Two blocks of masses 5kgand 3kgare placed in contact over an inclined ...
Case-I : μ1 = 0.5, μ2 = 0.3
Along the incline, acceleration of 5kg block will be less than acceleration of 3kg block provided they move alone on the incline. The reason is greater friction coefficient of 5kg block, as acceleration along the incline is g sin θ - μg cos θ
Hence, both blocks will move together. In this case FBDs of both are shown.
Along the incline, acceleration of 5kg block will be less than acceleration of 3kg block provided they move alone on the incline. The reason is greater friction coefficient of 5kg block, as acceleration along the incline is g sin θ - μg cos θ
Hence, both blocks will move together. In this case FBDs of both are shown.
For 5 kg block
Case II : acceleration of 5 kg block is more than acceleration of 3 kg. Hence, no normal force will act between them.
Case II : acceleration of 5 kg block is more than acceleration of 3 kg. Hence, no normal force will act between them.
The correct answers are: if µ1 = 0.5 and µ2 = 0.3 then 5kg block exerts 3N force on the 3kg block, if µ1 = 0.3 and µ2 = 0.5 then 5kg block exerts no force on the 3kg block
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Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer?
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Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer?.
Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer?.
Solutions for Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? in English & in Hindi are available as part of our courses for Physics.
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Here you can find the meaning of Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer?, a detailed solution for Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? has been provided alongside types of Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Two blocks of masses 5kgand 3kgare placed in contact over an inclined surface of angle 37°, as shown. µ1is friction coefficient between 5kgblock and the surface of the incline and similarly, µ2is friction coefficient between the 3kgblock and the surface of the incline. After the release of the blocks from the inclined surface,Select one or more:a)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts 1Nforce on the 3kgblockb)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 8Nforce on the 3kgblockc)if µ1= 0.3 and µ2= 0.5 then 5kgblock exerts no force on the 3kgblockd)if µ1= 0.5 and µ2= 0.3 then 5kgblock exerts 3Nforce on the 3kgblockCorrect answer is option 'C,D'. Can you explain this answer? tests, examples and also practice Physics tests.
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