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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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921
The magnitude of the force required to make an object of mass M move with speed V in a circular path of radius R is given by the expression.
  • A. mr/v
  • B. (mr) 2/v
  • C. mv2/r
  • D. mv/2
  • E. mv/r
View Answer & Discuss (2) WAEC 1996
922
A body of mass 4.2kg moving with velocity 10ms-1 due east, hits a stationary body of mass 2.8kg. If they stick together after collision and move with velocity V due east, calculate the value of V
  • A. 3ms-1
  • B. 6ms-1
  • C. 7ms-1
  • D. 15ms-1
  • E. 17ms-1
View Answer & Discuss (4) WAEC 1996
923

A body of mass 2kg is suspended from the ceiling of a lift with a light inextensible string. lf the lift moves upwards with acceleration of 2ms-2, calculate the magnitude of the tension in the string (g = 1Oms-2)

  • A. 24N
  • B. 20N
  • C. 16N
  • D. 4N
  • E. 0N
View Answer & Discuss (12) WAEC 1996
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Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts
924
A stationary object of mass 4kg is set in motion by a net force of 5ON. If the object attains is speed of 5ms-1 in time. Calculate the value of t.
  • A. 0.20s
  • B. 0.40s
  • C. 0.63s
  • D. 0.80s
  • E. 1.30s
View Answer & Discuss (1) WAEC 1996
925

Two simple pendula x and y make 400 and 500 oscillations respectively in equal time. If the period of oscillation of x is 1.5 seconds, what is the period of oscillation of y?

  • A. 0.53s
  • B. 0.83s
  • C. 1.20s
  • D. 1.50s
  • E. 1.88s.
View Answer & Discuss (7) WAEC 1996
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