This lesson is in the form of a powerpoint presentation for senior physics with short student tasks. In the presentation students will be able to Determine the difference between ohmic and non/ohmic conductors and Describe the effect of temperature on resistance.

This lesson is in the form of a powerpoint presentation for senior physics with short student tasks. In the presentation students will be able to describe the operation on the Van Der Graff Generator and how electrical fields are generated.

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.

Activity idea In this activity, students model how sound travels by sending waves along two stretched plastic slinkies tied together. By the end of this activity, students should be able to: • understand that sound is a longitudinal wave where particles in the medium vibrate back and forth along the same direction as the wave travels • see that a wave travels along as a series of compressions and expansions in the medium.

In this senior physics lesson in the form of a powerpoint presentation incorporating short student tasks, students will be able to Explain the term ‘Potential Difference.’ and Explain how potential difference behaves in series and parallel circuits.

This senior physics lesson is in the form of a powerpoint presentation with small student tasks. The students should be able to Identify that an increase in resistance will reduce the electrical current, Explain how the resistance of LDRs and thermistors change with light intensity and temperature., Calculate resistance in parallel and series circuits and Determine Ohm’s Law.

This lesson incorporates a powerpoint presentation designed for senior physics. The presentation contains worked examples and individual learning tasks to assess students understanding of the topic of projectile motion.

This resource is in the form of a powerpoint which works through various problems involving applying the SUVAT equations. Designed with AS physics in mind the tasks are designed for the class to work through each problem.

Activity where students are to develop a poster on the advantages and disadvantages of possible energy sources of the future. Designed for junior science in particular physics. Students consider social impacts of energy solutions. There is possibility for differentiation of how it is presented and also in to the level of depth the student applies to assessing the energy solutions.

This lesson is in the form of a powerpoint presentation for senior physics with short student tasks. In the presentation students will be able to understand the concept of static electricity and the operation of the Van Der Graff Generator.

This lesson is in the form of a powerpoint presentation for senior physics with short student tasks. In the presentation students will be able to Define current as the rate of flow of charge, Identify electrons as the charge carriers in electrical circuits, Identify, use, and explain the equation I = Q/t and Identify, use and explain the equation I = nevA

This is a senior physics lesson on electromagnetism consisting of a power point presentation including worked examples and learning tasks.

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.

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.

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.

This video introduces the 4 equations for kinematic motion and how they are derived graphically through these use of rap. The resource is designed for senior physics students. A good way to introduce the equations.

This resource is in the form of a powerpoint presentation for junior science introducing the concept of energy transfer.

This resource is a lesson plan for junior science (year 9, KS3, 8th grade) which introduces the concept of heat being the largest form of energy transfer.

This resource is a lesson plan for junior science (year 9, KS3, 8th grade) which introduces the concept of energy transfer.