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3051
fig 1 is a graph of force against extension for a spiral spring, the force constant of the spring is given by the
  • A. slope of the linear prtion of the graph
  • B. length of the linear portion of the graph
  • C. area under the linear portion of the graph
  • D. area under the entire graph
View Answer & Discuss (1) JAMB 1986
3052

The velocity time graph above describes the motion of a particle between two points P and Q. What is the distance between P and Q?

  • A. 17.0m
  • B. 18.0m
  • C. 22.5m
  • D. 30.0m
View Answer & Discuss (22) JAMB 1987
3053

the fig above shows two connected bodies of masses M\(_1\) and M\(_2\) in equilibrium under gravity. The tension in the upper string is

  • A. (m\(_1\)-m\(_2\))g
  • B. m\(_1\)g
  • C. m\(_2\)g
  • D. (m\(_1\)+m\(_2\))g
View Answer & Discuss (10) JAMB 1987
Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts
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3054

A 50kg block is dropped from a point 10m above, as shown in the figure above. if the force constant of the spring is 4.0 x 10\(^4\)Nm-1, find the maximum compression of the spring.  [g = 10ms\(^{-2}\)]

  • A. 1.25m
  • B. 0.50m
  • C. 0.25m
  • D. 0.05m
View Answer & Discuss (14) JAMB 1987
3055

fig above represents the main sequence of energy conversion at kainji dam. what is the efficiency of the system?

  • A. \(\frac{Q_1}{Q_2}\)
  • B. \(\frac{E}{Q_1}\)
  • C. \(\frac{E}{Q_1 - Q_2}\)
  • D. \(\frac{E}{Q_1 + Q_2}\)
View Answer & Discuss (6) JAMB 1987
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