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Two bodies A and B of masses m and M (M ...

Two bodies A and B of masses m and M (`M gt gt m`) have same kinetic energy, which body will have more momentum ?

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To solve the problem of which body has more momentum when two bodies A and B of masses m and M (where M >> m) have the same kinetic energy, we can follow these steps: ### Step 1: Write the formula for kinetic energy The kinetic energy (KE) of an object is given by the formula: \[ KE = \frac{p^2}{2m} \] where \( p \) is the momentum and \( m \) is the mass of the object. ...
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ICSE- WORK ENERGY AND POWER-EXERCISE-2(B)
  1. A body of mass m is moving with a uniform velocity U. A force is appli...

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  2. A light mass and a heavy mass have equal momentum. Which will have mor...

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  3. Two bodies A and B of masses m and M (M gt gt m) have same kinetic ene...

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  4. Name the three fornis of kinetic energy and give one example of each

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  5. State wo differences between potential energy and kinetic energy

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  6. Complete the following sentences: (a) The kinetic energy of a body is...

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  7. When an arrow is shot from a bow, it has kinetic energy in it. Explain...

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  8. A ball is placed on a compressed spring. What form of energy does the ...

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  9. A pebble is thrown up. It goes to a height and then comes back on the ...

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  10. In what way does the temperature of water at the bottom of a waterfall...

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  11. Name the form of energy in which potential energy can change

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  12. Name the form of mechanical energy, which is put to use for doing work...

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  13. Name six different forms of energy.

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  14. Energy can exist in several forms and may change from one form to anot...

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  15. State the energy changes in the following cases while in use: (a) lo...

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  16. Name the process used for producing electricity from nuclear energy.

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  17. Is it practically possible to convert a form of energy completely into...

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  18. What is degraded energy?

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  19. What do you mean by degradation of energy? Explain it by taking me exa...

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  20. Complete the following sentence: The conversion of part of energy into...

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