Volume three of the series that aims to provide a basic introduction to chemistry. This episode examines the importance of significant figures in chemistry, especially in ensuring that the number of decimal places given in an answer takes into account the figure from which it has been deduced.

Series that aims to provide a basic introduction to physics; this episode examines the conservation of momentum. Tutor Jason Gibson explains the conservation of momentum and demonstrates how this concept can be used to calculate the resulting velocity of bodies that collide with each other.

Series that aims to provide a basic introduction to physics; this episode examines momentum and impulse. Tutor Jason Gibson explains the concepts of momentum and impulse, the units of measurement for the two and the sign conventions used in relation to momentum.

Series that aims to provide a basic introduction to physics; this episode examines the concept of power in physics. Tutor Jason Gibson explains the difference between power and energy and demonstrates how to calculate horsepower.

Volume 16 of the series that aims to provide a basic introduction to chemistry. This episode examines the topic of hydrate compounds. The nature of hydrate compounds and why they exist is discussed, followed by a segment on how to name hydrate compounds.

Volume 15 of the series that aims to provide a basic introduction to chemistry. This episode examines the topic of ionic compounds with polyatomic ions. Polyatomic ions are outlined as a grouping of atoms that has a certain charge associated with it. It is subsequently discussed how these polyatomic ions can combine to form ionic compounds with other elements.

Series that aims to provide a basic introduction to physics. In this episode, tutor Jason Gibson discusses thermometers and temperature scales.

Series that aims to provide a basic introduction to physics. In this episode, tutor Jason Gibson explains rotational equations of motion and demonstrates how to predict the final angular position and velocity of a system once certain initial conditions are known.

This program demonstrates the difference between elastic and inelastic collisions using examples of billiard balls and tennis balls. Learn the difference between a glancing collision and a perfectly inelastic collision and how to determine mass, velocity

Learn about circular motion vs. linear motion, how to determine force and how leverage, vectors and exertion of force relate to the concept of torque, as Jason Gibson explains each term and demonstrates problems step by step.

Volume four of the series that aims to provide a basic introduction to chemistry. This episode examines the topic of temperature. Various temperature scales are outlined along with their importance to analysing chemical reactions and the means of converting from one scale to another.