Program Guide - Department of Human Resources, Labour and ...

IP 3214
Fluids and Heat
1. Fluids
1.1 Identify properties of fluids.
1.2 Define density of fluids.
1.3 Perform calculations using density formula.
1.4 Define pressure.
1.5 Perform calculations using pressure formula(s).
1.6 State Archimedes' Principle.
1.7 Apply Archimedes' Principle to objects immersed in a fluid.
1.8 Define surface tension in terms of adhesion and cohesion.
1.9 Define capillarity.
1.10 State Bernoulli's Principle.
1.11 Describe applications of Bernoulli's Principle.
1.12 State Pascal's Principle.
1.13 Apply Pascal's Principle to hydraulic devices.
2. Thermometry and the Nature of Heat
2.1 Describe kinetic molecular theory of heat.
2.2 Explain superconductivity using kinetic molecular theory of heat.
2.3 Distinguish between heat and temperature.
2.4 Compare Fahrenheit, Celsius, and Kelvin scales.
2.5 Measure temperature of given substances.
3. Heat Transfer
3.1 Define heat transfer.
3.2 Describe conduction.
3.3 Describe convection.
3.4 Describe radiation.
3.5 Give examples of each type of heat transfer.
4. Heat Measurement
4.1 Identify units used to measure heat.
4.2 Define specific heat.
4.3 Calculate quantity of heat lost or gained with a given change in temperature.
4.4 Define latent heat of fusion.
4.5 Define latent heat of vaporization.
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ABE Level III Curriculum