Learning Lab

These physics resources will help improve your skills in these areas.

These physics worksheets can help you to improve your skills in electricity and electrical circuits.

A selection of physics worksheets on measurement to improve your skills in the areas of dimensions, calculations and notation

We will look at the gravitational force acting on an object on a slope. These can be divided into two components, the normal (resisting) force pushing into the slope which produces friction and the...

This tutorial is designed for physics students to improve their knowledge and find out more about Measurement, Vectors, Statics, Dynamics and Electricity.

The principle of conservation of charge and the principle of conservation of energy can be used to establish two very important rules that apply to all electric circuits.

These statics learning activities will help you to improve your skills in these areas of physics.

This page Introduces the basic concepts around vectors (which are measurable quantities with direction such as force). It introduces the concept of a scalar (which is a quantity without a direction...

The shortest distance from some point in the air down to flat ground, is defined by a line straight down, sitting at right angles to the ground.

If you are on the side of a hill, the gradient depends on the direction you look. So the directional derivative is the gradient in a particular direction.

Vector quantities in combination will enhance or counteract each other, depending on their direction. An opposing force for example will lessen another force. However, if the forces (or vector...

What is a scalar product? What is a dot product? This is the result of multiplying the magnitudes of the components of two or more vectors. The result is not a vector, but a scalar (which is...

What is a vector product? What is a cross product? The vector product is a vector that is the result of multiplying the magnitudes (size) of two vectors. The magnitude is found using matrices and...

In ’Resolution of vectors’ we learned how to resolve vectors in two dimensions along horizontal and vertical axes. It is also possible to resolve one vector along the line of another vector (...

If you want to uniquely define a line, you need to pin it between two points in 3-dimensional space. You can also define a point with a 3-dimensional vector through it. This process uses three types...

Learn how to determine if two lines in three dimensions intersect (cross each other) and, if so, what is their point of intersection?

Learn how to find the equation of a plane (a 2-dimensional space): a) through three points or b) given a normal (line at right angles) and a point on the plane or c) given a parallel plane and a...

Two 2-dimensional planes will slice through each other (unless they are parallel). Where they slice will be defined by a straight line. There will also be an angle between the two planes.