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Physics JAMB Past Questions

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Post-UTME Past Questions - Original materials are available here - Download PDF for your school of choice + 1 year SMS alerts
1681
In the circuit Shown above, calculate the effective capacitance between X and Y
  • A. 3/4µF
  • B. \( 2 \frac{10}{13} µF\)
  • C. 12µF
  • D. \( 4 \frac{12}{13} µF\)
  • E. 13µF
View Answer & Discuss (7) JAMB 1984
1682

In the diagram above, X and Y have resistances 6 and 4 ohms respectively, if the power dissipation in X is 10W then power dissipation in Y is

  • A. 2.4W
  • B. 4
  • C. 6.0W
  • D. 6.7W
  • E. 15.0W
View Answer & Discuss (30) JAMB 1984
1683

In the Fig above, Current I passes through the combination, if the power dissipated in the 5 ohm resistor is 40W, then the power dissipated in the 10 ohm resistor is

  • A. 10W
  • B. 20W
  • C. 40W
  • D. 80W
  • E. 100W
View Answer & Discuss (17) JAMB 1985
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1684
The graph in the fig above describes the motion of a particle. the acceleration of the particle during the motion is
  • A. 0.00ms-2
  • B. 0.25ms-2
  • C. 4.00ms-2
  • D. 8.00ms-2
  • E. 10.00ms-2
View Answer & Discuss (11) JAMB 1985
1685

In the Fig above, MN is a light uniform meter rule pivoted at O, the 80cm mark. A load of mass 3.00kg is suspended on the meter rule at L, the 10cm mark. If the rule is kept in equilibrium by a string RP, fixed at P and attached to the rule at R, the 20cm mark, then the Tension T on the string is?

  • A. 3.0N
  • B. 3.4N
  • C. 3.5N
  • D. 6.0N
  • E. 7.0N
View Answer & Discuss (17) JAMB 1985
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