Passage III A block of mass m =1/2 kg is...

Passage III A block of mass m =1/2 kg is attached with two springs each of force contant k=10N/m as shown. The block is oscillating vertically up and down with amplitude A=25cm. When the block is at its mean position one of the spring breaks without changing momentum of block.

If instead of breaking one spring m/2 mass would have fallen from the block, then what will be the new amplitude?

21.6cm

26.2 cm

15.8 cm

16.9 cm

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Passage III A block of mass m =1/2 kg is attached with two springs each of force contant k=10N/m as shown. The block is oscillating vertically up and down with amplitude A=25cm. When the block is at its mean position one of the spring breaks without changing momentum of block. What is the new amplitude of osciallation of the block.

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DC PANDEY-SIMPLE HARMONIC MOTION-Comprehension types

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Passage I) In simple harmonic motion force acting on a particle is giv...
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Passage II) Two identicla blocks P and Q have masses m each. They are ...
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Passage III A block of mass m =1/2 kg is attached with two springs eac...
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Passage III A block of mass m =1/2 kg is attached with two springs eac...
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Passage IV) Angular frequency in SHM is given by omega=sqrt(k/m). Maxi...
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Passage IV) Angular frequency in SHM is given by omega=sqrt(k/m). Maxi...
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Passage V) In SHM displacement, velocity and acceleration all oscillat...
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Passage VI Two particles collide when they are at same position at sam...
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Passage VII There is a spring block system in a lift moving upwards wi...
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