This course is designed as a useful study aid to help revise your knowledge on the topics of Energy, Electricity, Particle Model of Matter and Atomic Structure. These are the focus of GCSE Physics Paper 1.
Before we begin, take a few minutes to study this mind map. It contains a valuable overview of the topics you can expect to find on GCSE Physics Paper 1. Viewing the topics in this way, it can be easier to see hoe they interrelate.
Energy is transferred by either conduction, convection or radiation. These methods vary in levels of efficiency and can be effected by the materials through which it passes. Take a look at this diagram for more detail.
Here is a quiz to test your knowledge of energy types and methods of energy transference. Principles such as the Conservation of Energy and energy efficiency are also questioned. Aim for a high score before you move on to the next section.
How can we generate electrical charge? What symbols do we use delineate fuses or batteries within a circuit? The answers to these questions and many others are contained within these flashcards.
The particle model explains the three different states of matter - solid, liquid and gas. Matter is altered by a number of factors including density, pressure and heat. Learn more in this illustration.
An overview of what you need to know for GCSE AQA physics topic 3.
Please rate and comment so I can improve these resources for people to use in the future, thanks :-)
An atom is the smallest possible segment of a given element. The structure of an atom is comprised of a proton/neutron nucleus surrounded by an electron cloud. Discover the tiny world of atoms here.
Here are some questions to help you revise the material likely to appear on GCSE Physics Paper 1. This quiz will test you on energy, electricity, the particle model of matter and atomic structure. Aim for 80% or higher. Good Luck.
Huge selection of questions for the AQA P1 paper. Appropriate for Higher Tier and for Foundation. Keywords and information is taken from past papers, mark schemes and the specification.
by
