Problem No. 1: Using Kepler's second law, prove that the areal velocity of a planet is constant. (Note: figure is mandatory.)
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A: Mass of boom =101kgMass of block M = 168 kgThetha = 52 degree.
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A: We have to find work done i.eW=q∆V
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A: Solution Given data Mass m = 5.0 kgVelocity of particle v→=(6ti^+5t2j^)m/sMagnitude of force…
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Q: 4(x) =
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A: We will use the concept of work done
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A: Range ,NowAfter collision skeet moves along horizontally at, Vertical velocity of pellet is,Now…
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A: Given Data: The mass of the airplane is M=3.16×104 kg.The airplane takes off under the influence of…
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A: Mass of electron me = 9.1 × 10-31 kg Velocity of electronve = 7.13 × 106 m/s Strength of Magnetic…
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A: i=24°
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Q: Exercise 7.9 A small rock with mass 0 16 kg is released from rest at point A, which is at the top…
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