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

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IM 3222<br />

Calculus Readiness<br />

1. Functions<br />

1.1 Develop functions from various types <strong>of</strong> problems.<br />

1.2 Interpret graphs <strong>of</strong> functions.<br />

1.3 Give geometric interpretations <strong>of</strong> functions in two variables.<br />

1.4 Define composite functions.<br />

1.5 Evaluate composite functions.<br />

1.6 Define inverse functions.<br />

1.7 Evaluate inverse functions.<br />

1.8 Sketch graph <strong>of</strong> inverse functions.<br />

2. Sequence <strong>and</strong> Series<br />

2.1 Define an arithmetic <strong>and</strong> geometric sequence <strong>and</strong> find a formula for its "n th "<br />

term.<br />

2.2 Define <strong>and</strong> arithmetic <strong>and</strong> geometric series <strong>and</strong> find sum <strong>of</strong> first "n" terms.<br />

2.3 Determine limit <strong>of</strong> an infinite sequence if it exists.<br />

2.4 Determine sum <strong>of</strong> an infinite series.<br />

2.5 Express given series in sigma notation.<br />

3. Introduction to Calculus<br />

3.1 Use techniques for evaluation limits <strong>of</strong> functions to evaluate various functions.<br />

3.2 Graph rational functions showing horizontal or vertical asymptotes.<br />

3.3 Use concept <strong>of</strong> limit to find slope <strong>of</strong> a curve at a point P.<br />

3.4 Define derivative <strong>of</strong> F(x) to be f(x).<br />

3.5 Determine derivative <strong>of</strong> various functions.<br />

3.6 Use derivatives to sketch curves.<br />

3.7 Apply concept <strong>of</strong> derivative to solve extreme value problems.<br />

3.8 Apply concept <strong>of</strong> derivative to solve velocity <strong>and</strong> acceleration problems.<br />

163<br />

ABE Level III Curriculum

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