This senior physics lesson involves students learning about electromagnetic induction through worked examples and learning tasks. Induction through magnets moving through an electrical field and a wire moving through a magnetic field is discussed.

A senior physics lesson in the form of a power point explaining the concepts around the properties of moving charges in a magnetic field. The lesson also includes student tasks to test understanding of the lesson and worked examples.

This senior physics lesson links electromagnetism with power generation in electric motors. The lesson is in the form of a power point with worked examples and practise problems.

This is a PowerPoint for teaching electricity especially circuit electricity by analogies. For example the volt as a person carrying buckets of water representing energy. The lesson incorporates both parallel and series circuits and covers current and voltage in both.

This senior physics lesson is in the form of a power point with worked examples and practise exercises. The lesson links energy to electricity and forces by linking work done on a point charge in an electrical field

A senior physics lesson in the form of a power point explaining the concepts around magnetism and the link to electromagnetism. The lesson also includes student tasks to test understanding of the lesson.

A senior physics lesson in the form of a power point explaining the concepts around the properties of electromagnets. The lesson also includes student tasks to test understanding of the lesson.

A senior physics lesson in the form of a power point explaining the concepts around the properties of electric field lines. The lesson also includes student tasks to test understanding of the lesson.

This senior physics equation introduces the concept of mass energy and how we can use the equation E=MC2 to make calculation about energy released in nuclear reactions. The lesson in the form of a power point includes worked examples and also student activities to test learning.

This lesson involves using angry birds as a context to develop understanding of projectile motion and the affect of gravity on objects. The lesson is in 3 parts: Part one is notes and questions to test student understanding of projectile motion including breaking down the horizontal and vertical components of this motion. Part two then introduces the concept of gravity acting on an object and how mass and distance from objects changes the force of gravity. Part three is an activity where students apply their knowledge of projectile motion to design a new angry bird.

The presentation and associated activities are designed to introduce the classification of living things and also so we as scientists classify organisms using keys. Designed as an introduction for juniors the presentation included a series of activities which can be done individually or in groups.

This powerpoint presentation provides A-level students the periodic trend of ionisation energies and provides an understanding for the reasons for the trend.

This powerpoint presentation outlines for A-level students how to develop electron configurations for the elements. It also outlines the shapes of the orbitals associated with these electron configurations.

This is a powerpoint presentation designed for A level Chemistry designed to develop student understanding of how the polarity of molecules develops. This is linked to dipole moments and how this is related to the shape of molecules. The polarity is linked to bonding type as well.

This is a powerpoint presentation outlining how electronegativity of the elements changes in the periodic table. The lesson starts with a do now related to electron configuration. This lesson is designed for A level Chemistry level students.

These powerpoint presentations outline for A-level students how the position of an element in the periodic table is determined. The presentations include starter activities on electronic configuration. The presentations highlight how the properties of the elements change depending on their position in the periodic table. These properties include atomic radii and electronegativity. Finally, these properties are then used to explain the shape and polarity of molecules and linked to the bonding associated with these molecules.

This activity summarises the effect of varying different conditions on the rate of a chemical reaction. The activity has three tasks firstly, filling in missing words to complete summary sentences. Secondly, completing sketch graphs of changing conditions on creation of products and finally, a jig saw exercise of what and why changing certain reaction conditions changes the rate of reaction.

For junior science this is a 10 question formative quiz that tests student understanding of electricity based on the who wants to be a millionaire game show.

This resource is designed for senior chemistry around the formation of precipitates and complex ions from soluble ionic salts solutions. The power points and videos are designed for a flipped classroom model. The final activity tests students understanding. The videos outline the use of ionic equations. delve into the molecular interactions and link this to laboratory observations.