Frederick Hendricks

A general look at composite shapes and an algorithmic approach to calculating the surface area of various 3D composite shapes

This PPTX specifically deals with the linear function formula y = mx + c: 1. Interpretation of the rule and what each variable represents 2. How to get the gradient and y-intercept from: - a pattern - a graph - 2 points 3. Application and interpretation for understanding of the linear function after set up in daily problems

This PPTX shows applicability and the various calculations for angle sizes and side lengths using a specific algorithm I teach my class obviously after doing the practical understanding relationships between sides and angles. This PPTX instill procedure and confidence in students who so desperately needs a system to do these problems.

This PPTX is a good teaching tool for flow...it introduces the why and works from the crumbs and impress some solid understanding of the Mathematics behind this graph. It takes the class on a journey from plotting to understanding this graph. It can be used for an advanced or slow paced class.

This PPTX introduces students to the world of debt and the understanding of how banks and other financial institutions make money when they borrow or buy from companies. However they are also shown how they could possibly make money by earning interest in some way shape or form when investing. An short introduction is given about compound interest using the Simple Interest formula repetitively.

A good solid introduction of trigonometry and jargon around this topic. This will be post investigative discovery of the trigonometrical functions. It will run into note keeping and application of trigonometry in action.

This ppt starts at the beginning of the Cartesian plane and works its way systematically to application of linear functions.

In this worksheet, students will learn specifically how to calculate the principal amount, the rate at which the loan is borrowed and the time (life) of the loan period.