A space-themed question to get students thinking about how inequalities can be used to represent real-life situations and to develop their understanding.
★ ★ ★ . . (ʘ‿ʘ) . . PLEASE RATE THIS RESOURCE . . (ʘ‿ʘ) . . ★ ★ ★
This pack includes a number of investigations to develop an understanding of the three forms of quadratic equations and how these link to important properties of their respective graphs. Also included are some engaging trajectory images which can be imported into graphing software and the graph that matches the trajectory can be found.
🌟🌟🌟 . . 😊 . . PLEASE RATE THIS RESOURCE . . 😊 . . 🌟🌟🌟
An explanation of the different forms of convergence and how convergence is used in Numerical Methods. Common misconceptions are clarified.
🌟😊🌟 . . . PLEASE RATE THIS RESOURCE . . . 🌟😊🌟
An interactive GeoGebra file for developing an understanding of the Trapezium Rule. Also included is a PowerPoint presentation demonstrating the development of the activity and suggestions for improvement.
🌟🌟🌟 . . 😊 . . PLEASE RATE THIS RESOURCE . . 😊 . . 🌟🌟🌟
A PowerPoint that guides students into discovering the sine and cosine rules for themselves.
Original GeoGebra files included.
🌟😊🌟 . . . PLEASE RATE THIS RESOURCE . . . 🌟😊🌟
A visual and intuitive introduction to radians that guides students from a basic understanding of angles and circles to be able to work with any angles in radians.
🌟😊🌟 . . . PLEASE RATE THIS RESOURCE . . . 🌟😊🌟
A set of worksheets and laminates for students to investigate the tangent function and its relationship to the gradient of the hypotenuse. I usually start this lesson with this video...
https://www.youtube.com/watch?v=HcMm6TJoYL0
...and discuss how Pythagoras and trigonometry are essential to anything beyond the earliest computer games (anything requiring diagonal movement).
🌟😊🌟 . . . PLEASE RATE THIS RESOURCE . . . 🌟😊🌟