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4301

The linear expansivity of brass is 2 x 10\(^{-5}\)  \(^oC^{-1}\). If the volume of piece of brass is 10cm\(^3\) at 0\(^o\)C. What will be its volume at 100\(^o\)C? 

  • A. 10.06cm\(^3\)
  • B. 10.04 cm\(^3\)
  • C. 10.02 cm\(^3\)
  • D. 10.20 cm\(^3\)
View Answer & Discuss (2) JAMB 2020
4302

The lower and upper fixed points marked on a Mercury-in-glass thermometer are 210mm apart. The end of the mercury column in the tube is 49mm above the lower fixed point in a room. What is the temperature of the room in degrees Celsius? 

  • A. 55.3\(^o\)C
  • B. 23.3\(^o\)C
  • C. 49.0\(^o\)C
  • D. 16.43\(^o\)C
View Answer & Discuss (4) JAMB 2020
4303

Heat is supplied uniformly at the rate of 100W to 1.0 x 10\(^{-2}\)kg of a liquid for 20 seconds. If the temperature of the liquid rises by 5\(^o\)C, then the specific heat capacity of the liquid is 

  • A. 2.0 x 10\(^2\)Jkg\(^-1\)K\(^-1\)
  • B. 2.0 x 10\(^2\)Jkg\(^-1\)
  • C. 4.0 x 10\(^4\)Jkg\(^-1\)K\(^-1\)
  • D. 4.0 x 10\(^4\)Jkg\(^-1\)
View Answer & Discuss JAMB 2020
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4304

Two divers G and H are at depths 20m and 40m, respectively below the water surface in a lake. The pressure on G is p\(_1\) while the pressure on H is P\(_2\), If the atmospheric pressure is equivalent to 10m of water, then the value of P\(_2\)/P\(_1\) is?

 

  • A. 0.50
  • B. 0.60
  • C. 1.67
  • D. 2.00
View Answer & Discuss (10) JAMB 2020
4305

The fiqure above represents a block-and-tackle pulley system on which an effort of W Newtons supports a load of 120.0N. If the efficiency of the machine is 40\(^o\), then the value of W is 

  • A. 28.0N
  • B. 48.0N
  • C. 288.0N
  • D. 50.0N
View Answer & Discuss (5) JAMB 2020
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WAEC Past Questions, Objective & Theory, Study 100% offline, Download app now - 24709
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