Access all science-cover worksheets at www.science-cover.com Lesson worksheet and powerpoint Students learn the ten different types of energy, and a method for remembering this. Explore how we can show energy change using flow diagrams. Practise reading and drawing flow diagrams.

Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com. This download contains a lesson workbook, Powerpoint presentation and mark-scheme. This lesson focuses on density. Students are shown how to calculate the density using mass and volume. Students complete practice questions to calculate density using the equation. Students are shown how to use the equation triangle to rearrange the equation. Students complete practice questions to calculate the mass and volume. Students explore how we could find the density using an experimental method.

This download contains a lesson workbook, Powerpoint presentation and mark-scheme. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com. This lesson focuses on what is meant by a scalar or vector quantity, then focus on how we can work out the resultant force from vector quantities in a given situation. Students will: Define a scalar and vector quantity. Give examples of scalar and vector quantities. Calculate the resultant force in a situation where forces are parallel to each-other. Use a parallelogram of forces to calculate the resultant force when forces are not parallel.

This lesson focuses on the three types of radiation (Alpha, Beta and gamma) This download contains a lesson workbook, Powerpoint presentation and mark-scheme. Students will: Learn what each type of radiation is made from. Describe the properties of each type of radiation. Investigate how well each type of radiation moves in the air, or through a material. Explore the effect of magnetic and electric fields on the radioactive particles. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com.

This download contains a lesson workbook, Powerpoint presentation and mark-scheme. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com. This lesson focuses on distance time graphs (d-t graphs) Students will: Learn to read a distance time graph Calculate the gradient of the graph to find speed Draw a tangent to a curve to find speed for an accelerating body

This is a sample copy of the book “50 Experiments for the physics classroom” from www.science-cover.com The book is the first of our “100 Science experiments series”. The experiments are grouped into topics, with each presented with an aim, equipment list, safety thoughts and methodology. The topics covered by these 50 experiments are Energy, Heat, Forces, Pressure, Electricity and Magnetism. The book can be purchased here on TES from our Science-cover TES store. However the book is cheaper at https://science-cover.com/online-books/ as there are no TES charges. Please purchase a copy. Or by subscribing to www.science-cover.com you will have access to everything, book and resources, which you can download as much as you wish.

Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com. This download contains a lesson workbook, Powerpoint presentation and mark-scheme. This lesson begins by exploring the particles the make up the atom, their mass and charge. It then moves on to explore how electrons can be transferred between materials due to friction, resulting in a build up of charge. We then look at how charges interact with each other to cause attraction or repulsion. The last part of the lesson introduces the concept of an electric field, showing students the shape of the field around positive and negative charges.

This book is the first of our “100 Science experiments series”, and contains the first 50 experimental ideas to help bring the science classroom to life. The experiments can be taught to any Science class, but are aimed at students age between 11 and 18, and are grouped into topics. The topics covered by this book include Energy, Heat, Forces, Pressure, Electricity and Magnetism. Each experiment is presented with a short introduction, aim, equipment list, safety thoughts, methodology and any relevant useful advice. (This book is available cheaper at https://science-cover.com/online-books/ where a sample copy can also be viewed. Buying a subscription to the www.science-cover.com website will allow you to download the book from the site for free, as well as giving you access to the great Physics resources on the site (Workbooks, worksheets, presentations and videos).

This lesson focuses on how the nucleus changes when radiation is emitted by a nucleus. This download contains a lesson workbook, Powerpoint presentation and mark-scheme. Students will : Write equations to show the change to atomic and mass number in a radioactive decay. Show how the atomic and mass numbers change for alpha and beta decay. Work out the element that will be created after a nuclear decay. Explore the dangers of radiation and how employers keep their staff safe. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com.

This lesson focuses on the history of the atom and how we have gradually created a model for the atom that we use today. This download contains a lesson workbook, Powerpoint presentation and mark-scheme. This lesson focuses on the history of the atom and how we have gradually created a model for the atom that we use today. Students will: Investigate the history of the atom learning the contributions of Democritus, Dalton, JJ Thompson, Rutherford, Bohr and Chadwick. Describe what is meant by “The plum pudding model”. Describe in detail the Rutherford scattering experiment and the conclusions formed from the results. Describe the modern day model of the atom, along with the charges and mass of the particles. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com.

This lesson focuses on how we measure radiation, using values of activity and half-life. This download contains a lesson workbook, Powerpoint presentation and mark-scheme. Students will: Define the activity of a substance. Explain how we use a Geiger-counter Explain the source of background radiation. Define the half-life. Calculate the half-life from a graph. Use the half-life of Carbon-14 to calculate the age of a material. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com.

This lesson focuses on how radiation is used in society. This download contains a lesson workbook, Powerpoint presentation and mark-scheme. Students should: Explore how a smoke alarm uses radiation to ionise the air. Explain how beta radiation is used to monitor the thickness of sheets on a production line. Describe how radiation is used in medicine to perform body scans and in cancer therapy. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com.

This lesson teaches newtons second law, the relationship between force and acceleration. (F = ma) This download contains a lesson workbook, Powerpoint presentation and mark-scheme. Access our full selection of workbooks, presentations and mark-schemes at www.science-cover.com. In this lessons students will: Learn the equation that relates force, mass and acceleration. (Force = mass x acceleration) Calculate the acceleration of a body when a force of a certain size is applied. Use an equation triangle to rearrange the equation to find force or mass. Calculate the Force or mass of an object from its acceleration.