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2271

A particle of mass 3.6 x 10\(^{-6}\)kg revolving around the earth has a radial acceleration of 4.3 x 10\(^7\)ms\(^{-2}\). Calculate the centripetal force of the particle.

  • A. 1.55 x 10\(^2\)N
  • B. 2.00 x 10\(^{-2}\)N
  • C. 6.25 x 10\(^{-14}\)N
  • D. 1.00 x 10\(^2\)N
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2272

For a convex lens to form a real image, the distance between the object and the screen will be:

  • A. equal to the focal length of the lens
  • B. less than the focal length of the lens
  • C. twice the focal length of the lens
  • D. four times the focal length of the lens
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2273

A constant voltage source supplies a sinusoidal alternating e.m.f. The voltage marked against the components are their peak values. Determine the peak value of the applied e.m.f

  • A. 1V
  • B. 4V
  • C. 5V
  • D. 2V
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2274

A 2 μF capacitor is connected directly across a 150 V\(_{rms}\), 60 Hz A.C source. Calculate the r m s value of the current.

  • A. 0.113 A
  • B. 0.160 A
  • C. 150 A
  • D. 1324 A
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2275

A body of mass, m is projected vertically upward with a velocity, y. At what position will the potential energy be maximum?

  • A. \(\frac{y}{g}\)
  • B. \(\frac{2y^2}{g}\)
  • C. \(\frac{y^2}{2g}\)
  • D. \(\frac{y^2}{4g}\)
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