This resource is the 4th unit of the general science course. It covers Earths resources. Topics include: Igneous, sedimentary & metamorphic rocks Weathering Soils Soil experiment Questions and answers This Powerpoint can be used to supplement your science and biology classes. The theory presented is of a simple and easy to understand manner. Enjoy the colorful pictures Kind Regards ENTER -ONE

This is resource number 3 within our total general science course. This unit covers ecosystems, biodiversity, bioshphere, biomes, food chains/webs, material cycling and questions and answers. This resource can be used to supplement your biology and science classes. The content is fun and presented in a simple manner. Kind Regards ENTER - ONE

This resource is the second unit in the general science course. In contains the classification of living things. It follows the Linnaeus grouping method. It also contains notes on viruses, fungi, the black death, as well as tasks. Kind Regards ENTER - ONE

This resource is 1 of 7 units in the general science course. This unit follows the studies of Darwin, homeostasis, biology, chemical reactions and some review questions. The units in this course is made to be fun and engaging. Kind Regards ENTER - ONE

This resource is the 3rd part in the statistics course. It covers the normal distribution curve, standard deviations, z score tables, probabilities and applications. This document contains a variety of examples, questions and answers. There is no extra work needed by the teacher. Simply project this PowerPoint onto your screen and you’re good to go! We hope you enjoy this resource. Kind Regards

This resource contains a detailed explanation of the various statistical parameters such as standard deviation, variance, interquartile range and applications. The equations used to calculate these parameters are shown. Kind Regards ENTER - ONE

This resource contains all the theory, examples, questions and answers with respect to univariate data. Topics include: Mean, Median, Mode, 5 Number Summary, and Quartiles. The illustrations show allow for a deeper understanding of how data is divided and why we make these measurements. This resource can be used to teach the entire unit of Statistics. Simply project this onto your screen and you are good to go. Kind Regards ENTER - ONE

This resource shows the procedures to follow, to ensure a safe laboratory and what to do when you encounter challenges and health risks. These rules should be taught and enforced in the laboratory to ensure a safe and comfortable working environment. This resource can be sent to students before engaging in laboratory work. Kind Regards ENTER - ONE

In this experiment, you will determine absolute zero. The experimental setup is easy to perform. This resource contains the experimental setup, the expected data as well as the calculations. We hope you enjoy doing this experiment Kind Regards ENTER - ONE

This resource contains the experiment on determining the acceleration due to gravity using a simple pendulum. The experimental setup is shown, together with the expected results, how to interpret the results and obtain a final conclusion. The graph is also included. We hope this experiment proves to be fun and engaging. Kind Regards ENTER - ONE

This resource contains experiments in physics and how to calculate parameters, uncertainty and representing the data graphically. Here is an example: A student measures the potential difference across a battery as 12.4 V and states that his measurement has a percentage uncertainty of 2%. Calculate the absolute uncertainty in his measurement. Kind Regards ENTER - ONE

This resource contains information on how to process experimental data. Measurements, significant figures and graphically representing information. Its useful in that experiments need to be done accurately and with precision. Data collection is important as information needs to be collected in such a way that is representative of the experimental results. I hope you enjoy using this resource. Kind Regards ENTER - ONE

This resource contains the entire Chapter on the practical aspects of Physics Experiments. How to use Gauges, calipers, methods of gathering evidence and data, Precision, accuracy, uncertainties, graphing and many examples. Experiments are included together with the data analysis. Regards ENTER - ONE

This resource contains the theory, examples and real life applications of Maxima & Minima problems. Global and local points are illustrated as well as how these critical points can be used to solve problems. Here is a typical example: A rectangular lot is bounded at the back by a river. No fence is need along the river, and there has to be a 24ft opening at the front. If the fence along the front costs $1.50 per foot, & along the sides $1.00 per foot, find the dimensions of the largest lot which can be fenced for $300. We hope you enjoy and have fun using this resource. Kind Regards ENTER - ONE

This resource contains the theory, examples, questions and answers regarding Newton’s Law of Cooling. You will find a fun and colourful slide show that illustrates this theorem, as well as some interesting examples that will allow students to think critically and arrive at solutions. Here is a typical example: At 06:00 am, a detective finds a murdered body. Temperature of the body is 30 degrees celsius. By 08:00am the temperature dropped to 25 degrees celsius. Surrounding air temperature is 20 degrees celsius. Using the fact that when alive, the human body is 37 degrees celsius…find out when the murder was committed. Students will become real life detectives here. Equipping them with out of the box knowledge. Have fun! Kind Regards ENTER - ONE

This resource is about the Verhulst Pearl Logistic Function. It covers the application of this interesting function and how it can be used to model real world problems. Example. The degree at which people in a community spread the flu given certain parameters. You will find examples of this logistic function together with the answers. Kind Regards ENTER - ONE

This resource has been created to help students understand what is “e” and “natural log” It contains some useful explanations as well as some examples. This resource will aid students in better understanding these algebraic functions. More often than not, students are using these functions, but are unsure of what they mean and the true beauty of their applications remains unknown. This resource solves this problem. Kind Regards ENTER - ONE

This resource is on exponential growth & decay. It covers what the function is, and how to tell the difference, initial value problems and half life. The illustrations show what growth and decay looks like as well as the derivation of formulas. Kind Regards ENTER - ONE

This resource is an introduction to solving for the area under a curve using the technique of integration. It includes theory and many examples, as well as questions and answers. Colourful graphs are used to illustrate the image and the calculation is shown. This makes learning more visual and aids in understanding, rather than simply solving the problem. Kind Regards Enter - One