JAMB Physics · Energy, pressure and heat

Thermal expansion: JAMB Physics Past Questions and Answers

What the JAMB syllabus covers in Thermal expansion

Our summary: How solids and liquids expand when heated, expansivities and the odd behaviour of water.

  • Solids ((i) definition and determination of linear, volume and area expansivities; (ii) effects and applications, e.g., expansion in building strips and railway lines; (iii) relationship between different expansivities.)
  • Liquids ((i) volume expansivity; (ii) real and apparent expansivities; (iii) determination of volume expansivity; (iv) anomalous expansion of water.)

Objectives

  • determine linear and volume expansivities;
  • assess the effects and applications of thermal expansivities;
  • determine the relationship between different expansivities;
  • determine volume, apparent, and real expansivities of liquids;
  • analyse the anomalous expansion of water.

Syllabus content © The Joint Admissions and Matriculation Board (UTME).

JAMB Physics questions on Thermal expansion

  1. JAMB 2025The volume of a 1 cm ^3 metal ball increases by 0.0018 cm ^3 when heated through temperature θ. If the linear expansivity of the ball is 2.0 x 10 ^ -5 K^ -1…
  2. JAMB 2025A bore made in an aluminium block at 34ºC is 3.48cm ^3 . What is the new bore when the temperature was raised to 340ºC [α a = 24 x 10 ^ -6 K ^ -1 ]
  3. JAMB 2025The density of water is 1g/cm ^3 while that of ice is 0.9g/cm ^3 . Calculate the change in volume when 90g of ice is completely melted.
  4. JAMB 2024The bursting of water pipes during very cold weather, when the water in the pipes form ice could be attributed to
  5. JAMB 2024A thick glass tumbler cracks when boiling water is poured into it because
  6. JAMB 2024A blacksmith heated a metal whose cubic expansivity is 3.9 x 10 ^ -6 K ^ -1 . Calculate the area expansivity.
  7. JAMB 2022The relationship between the coefficient of linear expansion and volumetric expansion ( ) is-----------------
  8. JAMB 2020In what range of temperature is the expansion of water anomalous?
  9. JAMB 2020The 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?
  10. JAMB 2019A metal rod has a length of 100cm at 200°C. At what temperature will its length be 99.4cm. If the linear expansivity of the material of the rod is 2 × 10 ^ -5 C…
  11. JAMB 2019A metal rod has a length of 100cm at 200 ^oC . At what temperature will its length be 99.4cm. If the linear expansivity of the material of the rod is 2 x 10 ^…
  12. JAMB 2019A copper rod, 5m long, when heated through 10ºC, expands by 1mm. If a second copper rod, 2.5m long, is heated through 5ºC, by how much will it expand?
  13. JAMB 2018The linear expansivity of brass is 2 x 10 ^ -5 C ^ -1 . If the volume of a piece of brass is 15.00cm at 0°C, what is the volume at 100°C
  14. JAMB 2016A wire of length 10m is cooled from 50oC to 10oC. Calculate the decrease in the length of the wire. [c = 3 x 10-5K-1]
  15. JAMB 2015In which of the following device is the expansion of solid not required? I. Simple pendulum II. Fire alarms III. Thermostat IV. Bimetallic thermometer
  16. JAMB 2014A glass bottle of initial volume 2 x 10 ^4 cm ^3 is heated from 20ºC to 50ºC. If the linear expansivity of glass is 9 x 10 ^ -6 K ^ -1 , the volume of the…
  17. JAMB 2013A wire of length 100.0m at 30o has linear expansive of 2x10-5K-1 Calculate the length of the wire at a temperature of - 10oC
  18. JAMB 2012Two metals P and Q are heated through the same temperature difference. If the ratio of the linear expansivities of P to Q is 2:3 and the ratio of their length…
  19. JAMB 2010Two metals P and Q of length l1 and l2 are heated through the same temperature difference. If the ratio of the linear expansivities of P to Q is 2:3 and the…

Years with Thermal expansion questions in DeeepSolve's question bank

From the past questions DeeepSolve holds, not a count of everything the exam body has set.

  • 2025
  • 2024
  • 2022
  • 2020
  • 2019
  • 2018
  • 2016
  • 2015
  • 2014
  • 2013
  • 2012
  • 2010