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

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4. Energy<br />

4.1 Distinguish between work <strong>and</strong> energy.<br />

4.2 Distinguish between potential <strong>and</strong> kinetic energy.<br />

4.3 List sources <strong>of</strong> energy.<br />

4.4 Calculate work. [W=Fd cos θ]<br />

4.5 State Law <strong>of</strong> Conservation <strong>of</strong> Energy.<br />

4.6 Calculate potential <strong>and</strong> kinetic energy.<br />

4.7 Define power.<br />

4.8 Solve problems involving energy, work, <strong>and</strong> power.<br />

5. Machines<br />

5.1 List some general purposes <strong>of</strong> machines.<br />

5.2 List six simple machines.<br />

5.3 Define mechanical advantage.<br />

5.4 Distinguish between ideal mechanical advantage <strong>and</strong> actual mechanical<br />

advantage.<br />

5.5 Calculate ideal <strong>and</strong> actual advantage for the various simple machines.<br />

5.6 Define work input <strong>and</strong> work output.<br />

5.7 Calculate work input <strong>and</strong> work output.<br />

5.8 Define efficiency.<br />

5.9 Calculate efficiency.<br />

5.10 Solve simple machine problems.<br />

5.11 Define compound machines.<br />

5.12 Solve compound machine problems.<br />

228<br />

ABE Level III Curriculum

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