OUTCOME 2 - Use trigonometric ratios, trigonometric techniques and graphical methods to solve simple problems involving areas, volumes and sinusoidal functions

OUTCOME 3 - Use statistical methods to gather, manipulate and display scientific and engineering data

TUTORIAL 1 - STATISTICS Raw data Frequency Diagrams Bar Graphs Histograms Mean and Median Ogives Quartiles Standard Deviation Variance Grouped and Ungrouped Data

OUTCOME 4 - Use the elementary rules of calculus arithmetic to solve problems that involve differentiation and integration of simple algebraic and trigonometric functions.

TUTORIAL 1 - DIFFERENTIATION Gradients and Chords Differential Coefficients Rules of Differentiation Basic Problems Higher Order Coefficients

TUTORIAL 2 - INTEGRATION Numerical Integration Rules of Integration Integration Between Limits Integration Constant Areas Under Graphs Engineering Applications

MODEL ASSIGNMENTS

These are given as examples and to give the tutor some ideas

MODEL ASSIGNMENTS ASSIGNMENT 1 -ALGEBRA ASSIGNMENT 2 - LOGARITHMS ASSIGNMENT 3 - TRIGONOMETRY AND VOLUMES ASSIGNMENT 4 - STATISTICS ASSIGNMENT 5 - DIFFERENTIATION AND GRAPHS ASSIGNMENT 6 - INTEGRATION

MathCad Tutorials

Tutorial 1 - How to create graphs of functions

Tutorial 2 - How to create graphs from raw data

Tutorial 3 - How to Integrate with MCad

Tutorial 4 - The use of Mcad Symbolic to Differentiate, Integrate, Expand expressions and create Partial Fractions.