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Two balls each of mass m are placed on t...

Two balls each of mass m are placed on two vertices of an equilateral triangle. A ball of mass 2 m is situated at the third vertex. Determine the centre of mass of the system.

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MODERN PUBLICATION-Centre of mass-Exercise
  1. Two balls each of mass m are placed on two vertices of an equilateral ...

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  2. What is centre of mass of a system?

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  3. Obtain an expression for the centre of mass of a system of two particl...

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  4. What is centre of mass of a system?

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  5. Write down expression for the position vector of the centre of mass of...

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  6. Derive the equation of motion for a system of n particles under the ef...

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  7. Why the internal forces among the various particles of a system do not...

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  8. What is centre of mass of a system?

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  9. Write down expression for the position vector of the centre of mass of...

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  10. Show that the centre of mass of a system moves with constant velocity,...

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  11. Determine the co-ordinates of centre of mass of a system of n particle...

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  12. Discuss the motion of centre of mass in the following system Earth-moo...

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  13. Discuss the motion of centre of mass in the following system The India...

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  14. Discuss the motion of centre of mass in the following system The decay...

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  15. Define the centre of mass of a system. Is centre of mass a reality?

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  16. Write down expression for the position vector of the centre of mass of...

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  17. What do you mean by centre of mass of a system? Prove that the centre ...

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  18. Show that the centre of mass of a system moves with constant velocity,...

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  19. The identical sphere A,B and C each of radius R are placed touching ea...

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  20. Two particles of masses hundred and 300 grams have positions 2 hat i +...

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  21. two mass of 0.8 kg and 1 pound to kg are moving in xy plane at the loc...

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