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986

The term rectilinear acceleration means the rate of increase of

  • A. velocity along a circular path in a unit time
  • B. distance along a rectangular path in a unit time
  • C. displacement along a straight-line path in a unit time
  • D. velocity along a straight-line path in a unit time
View Answer & Discuss (6) WAEC 2007
987
A body moving with an initial velocity U accelerates until it attains a velocity of V within a time t. The distance, s covered by the body is given by the expressions
  • A. s = (\(\frac{v - u}{2}\))t
  • B. s = (\(\frac{v + 2u}{2}\))t
  • C. s = (\(\frac{v + u}{2}\))t
  • D. s = (\(\frac{2v + u}{2}\))t
View Answer & Discuss (3) WAEC 2007
988
A body accelerates uniformly from rest at 2ms-2. Calculate the magnitude of its velocity after travelling 9m
  • A. 4.5 ms-1
  • B. 6.0ms-1
  • C. 18.0-1
  • D. 36.0-1
View Answer & Discuss WAEC 2007
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989
A swinging pendulum between the rest position and its maximum displacement possesses
  • A. Kinetic energy only
  • B. potential energy only
  • C. gravitational energy only
  • D. both kinetic and potential energy
View Answer & Discuss (1) WAEC 2007
990
A block of mass 4.0kg causes a spiral spring to extend by 0.16m from its unstretched position. The block is removed and another body of mass 0.50kg is hung from the same spiral spring. If the spring is then stretched and released, what is the angular frequency of the subsequent motion? [g = 10 ms -2]
  • A. 10\(\sqrt 5\) rads-1
  • B. 5\(\sqrt 2\) rads-1
  • C. 5 rads-1
  • D. \(\sqrt 5\) rads-1
View Answer & Discuss (8) WAEC 2007
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Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts
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