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The action and reaction are equal in mag...

The action and reaction are equal in magnitude'. Is this statement true ?

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**Step-by-Step Solution:** 1. **Understanding the Statement**: The statement in question is "The action and reaction are equal in magnitude." This relates to Newton's Third Law of Motion, which states that for every action, there is an equal and opposite reaction. 2. **Defining Action and Reaction**: According to Newton's Third Law, when one body exerts a force (action) on another body, the second body exerts a force (reaction) back on the first body that is equal in magnitude but opposite in direction. 3. **Example to Illustrate**: Consider a block of mass (e.g., 5 kg) resting on a table. The block exerts a downward force on the table due to its weight (this is the action). Simultaneously, the table exerts an upward force on the block (this is the reaction). ...
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ICSE-LAWS OF MOTION-EXERCISE - 3(D)
  1. State the usefulness of Newton's third law of motion.

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  2. State that which is action and which is reaction in the following case...

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  3. State that which is action and which is reaction in the following case...

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  4. State that which is action and which is reaction in the following case...

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  5. State that which is action and which is reaction in the following case...

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  6. State that which is action and which is reaction in the following case...

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  7. State that which is action and which is reaction in the following case...

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  8. Explain the motion of a rocket with the help of Newton's third law.

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  9. When a shot is fired from a gun, the gun gets recoiled. Explain.

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  10. When you step ashore from a stationary boat, it tends to leave the sho...

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  11. When two spring balances joined at their free ends, are pulled apart, ...

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  12. To move a boat ahead in water, the boatman has to push the water backw...

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  13. A person pushing a wall hard is liable to fall back. Give reason.

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  14. The action and reaction both act simultaneously.' Is this statement tr...

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  15. The action and reaction are equal in magnitude'. Is this statement tru...

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  16. A light ball falling on ground, after striking the ground rises upward...

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  17. Comment on the statement 'the sum of action and reaction on a body is ...

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