<p>Information cards outlining how 7 types of renewable energy works ( biomass, geothermal solar, wind, hydroelectric, tidal and wave). Also include advantages and disadvnatges. 7 blank worksheets (good to photocopy as an A5 booklet) are included at the end of the ppt.</p>
<p>This lesson looks at energy in foods and investigates the energy stored in different types of crisps. This is aimed at a lower ability class, but could be adapted to measure the energy transfered to the water. Worksheet at the end of the presentation.</p>
<p>Question and answers for paper 2 revision (page numbers refer to CGP knowledge organiser and retrieval work booklet- can be changed to match your revision resources).</p>
<p>Introduction to the 8 energy stores. Included is a practical activity investigating how the drop height of ball affects the height it bounces. Worksheet to go alongside the ppt are at the end of the document.</p>
<p>This lesson recaps how wind energy works and asks pupils to investigate how the number of blades on a turbines (turned with a haridryer) affects the output using a multimeter.</p>
<p>This lesson has questions and answers about aerobic and anaerobic respiration. It then asks pupils to plan a practical about how the intensity of exercise affects heart rate and the length of time it takes for breathing rate to return to normal (link to oxygen debt).</p>
<p>This lesson links aerobic respiration and anaerbic respiration. It also includes oxygen debt summary and gets pupils to plan a simple practical.</p>
<p>This lesson introduces Energy transfer by infra red radiation. Demo Lesley cube to show how the colour of a surface affects the emission of ir radiation. Pupils then carry out an experiment that loks at this variable using colour boiling tubes. Worksheets included.</p>
<p>This lesson introduces convection using a demo, a model (radiator) and then pupils make snakes that then ‘dance’. Worksheets and template included.</p>
<p>Lesson looking at the particle model and conduction (energy transfer by heat). The practical uses conduction bars but could be adapted to use metal rods, pins and wax. Worksheets included.</p>
<p>A lesson (or 2) looking at energy transfers (waves- light and sound, electrically, mechanically and by heat). The lesson also looks at ways in which energy transfers can be reduced and finishes with planning a lesson that looks at how a polystyrene cup can reduce energy transfers. Worksheets included.</p>
<p>Included in these lessons are calculations for Mass, moles RFM, Limiting reactants, amount of substances in equations, calculating the concentration of solutions. Questions are scaffolded and answers are given.</p>
<p>This lesson introduces pupils to energy stores. It includes planning a practical (investigating how the height a ball is dropped from affects the height of its bounce). Worksheets included as slides at the end of the presentation.</p>
<p>This lesson looks at the different types of energy transfers. It also looked at how energy transfers can be reduced and investigates how energy transfers can be reduced using insulation. Worksheets are included as slides at the end of the powerpoint.</p>
<p>This lesson introduced energy efficiency and investigates the wasted energy between two different light bulbs. Worksheets at the end of the presentation.</p>
<p>This bundle contains lessons (most have practical activities) and worksheets are at the end of each presentation. The lessons were designed to teach energy to KS3 classes and/ or lower ability pupils at GCSE. It includes; Energy stores and transfers; including conduction, convection and radiation and how we can reduce energy transfer using insulation. It also includes energy in foods, energy efficiency, reenwable energy information cards and a wind turbine investigation.</p>