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A particle of mass 'm' is rotating in a horizontal circle of radius 'r' with unifom1 velocity VV→. The change in its momentum at two diametrically opposite points will be ______. -

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Question

A particle of mass 'm' is rotating in a horizontal circle of radius 'r' with unifom1 velocity `vec"V"`. The change in its momentum at two diametrically opposite points will be ______.

Options

  • `-"m"vec"V"`

  • `-2  "m"vec"V"`

  • `"m"vec"V"`

  • `3  "m"vec"V"`

MCQ
Fill in the Blanks

Solution

A particle of mass 'm' is rotating in a horizontal circle of radius 'r' with unifom1 velocity `vec"V"`. The change in its momentum at two diametrically opposite points will be `underline(-2  "m"vec"V")`.

Explanation:

mv - (-mv) = 2mv

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Vertical Circular Motion
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