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An athlete complete one round of a circu...

An athlete complete one round of a circular track of diameter 200m in 40s. What will be the distance covered and the displacement at the end of 2 minutes ?

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To solve the problem, we need to find the distance covered and the displacement of an athlete who completes one round of a circular track with a diameter of 200 meters in 40 seconds, after 2 minutes. ### Step-by-Step Solution: **Step 1: Calculate the radius of the circular track.** - The diameter of the track is given as 200 meters. - The radius \( r \) is half of the diameter: \[ ...
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PRADEEP-GRAVITATION-Model Test paper (1)
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  2. If diameter of earth becomes half of its present value and its mass be...

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  3. An athlete complete one round of a circular track of diameter 200m in ...

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  4. Draw distance time graph of a body (i) at rest (ii) in uniform motio...

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  5. Derive graphically the relation v=u+at,where the symbols have their us...

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  6. A balloon is rising up with an acceleration of 10m//s^(2). A body is d...

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  7. To catch a fast cricket ball, a player pulls his hands backwards. Why ...

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  8. The car A of mass 1000 kg travelling at 25 m//s collides with another ...

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  9. A 60 kg tiger springs at hunter with a velocity of 10 m//s the hunter...

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  10. Two bodies each of mass 10 kg attract each other with a force of 0.1 m...

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  11. Using second law of motion, derive the relation between force and acce...

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  12. Draw velocity time graph of a body (i) at rest (ii) in uniform motio...

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  13. State the law of conservation of linear momentium. How do you obtain t...

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  14. Define G and g. how are they telated to eachother ? Use this relation ...

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  15. Use velocity time graph to derive the relation : v^(2)-u^(2)=2 as, whe...

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  16. Which of the following is called the real law of motion ?

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  17. When we hold a suitcase steady at some height

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  18. A body A of mass 20 kg collides with another body B of mass 1 kg. then

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  19. A moving body cannot stop on its own. This is due to

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  20. A block is placed on a horizontal table. Identify the force of action

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