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3111

For what value of \(\theta\) are the forces in the diagram above in equilibrium

  • A. \( 15^{\circ} \)
  • B. \( 30^{\circ} \)
  • C. \( 45^{\circ} \)
  • D. \( 60^{\circ} \)
View Answer & Discuss (11) JAMB 1997
3112

The fig above shows a block of mass m sliding down a rough inclined plane QP at angle \( \theta \) . The forces acting on the block along QP are

  • A. mg sinθ and the normal reaction
  • B. mg sinθ and the force of friction
  • C. mg sinθ and the normal reaction
  • D. mg cosθ and the normal reaction
View Answer & Discuss (10) JAMB 1997
3113

A uniform light beam XZ is Hinged at X and kept in equilibrium by the forces T and F as shown in the diagram above. if XO = 20cm and OY = 30cm, express T in terms of F

  • A. T =2√3/3
  • B. T= 2F
  • C. T = 5V3F/3
  • D. T = 5F
View Answer & Discuss (9) JAMB 1997
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3114
For a rough inclined plane on which lies a body of weight W, the angle θ in the diagram above becomes the angle of friction if
  • A. tan θ = coefficient of static friction
  • B. cos θ = coefficient of dynamic friction
  • C. sin θ = coefficient of sliding friction
  • D. sec θ = limiting frictional force
View Answer & Discuss (8) JAMB 1997
3115

The diagram above shows two wave forms P and Q at a particular instant in time. the two waves will interface

  • A. destructively to produce a wave of larger amplitude
  • B. destructively to produce a wave of smaller amplitude
  • C. constructively to produce a wave of larger amplitude
  • D. constructively to produce a wave of smaller amplitude
View Answer & Discuss (14) JAMB 1997
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