Hero image

54Uploads

16k+Views

3k+Downloads

Detailed A2, AS and GCSE Physics
Motion - GCSE  Physics 9-1 Edexcel
VEBanksVEBanks

Motion - GCSE Physics 9-1 Edexcel

4 Resources
Whole topic (combined science: physics chapter 1) for edexcel. Mostly double lesson (1hr 40) powerpoints with one single lesson. Answers and questions given throughout. Learning objectives, practical activities and plenaries given. 1a. Distance-Time Graphs 1b. Vectors and Scalars 1c. Acceleration 1d. Velocity-Time Graphs
A2 Physics - Star Luminosity & Astronomical Distances
VEBanksVEBanks

A2 Physics - Star Luminosity & Astronomical Distances

(1)
A2 Physics Edexcel. Whole lesson resource. Description of luminosity and calculation practice. Discussion of the 4 ways of measuring astro distances and practice calculations (stellar parallax, Cepheid variables, standard candles, supernovae and red shift. Exam practice questions (long answer) and example answers for students to mark themselves to promote understanding or mark schemes.
Time Dilation (A2 Physics Edexcel)
VEBanksVEBanks

Time Dilation (A2 Physics Edexcel)

(1)
A2 A level physics edexcel. Derivation of time dilation using the moving train example. Discussion of the principles of general and special relativity and muon’s extended lifetime. Examples questions and worked solutions.
Velocity Time Graphs - CP1 - Motion  (GCSE 9-1 Physics Edexcel)
VEBanksVEBanks

Velocity Time Graphs - CP1 - Motion (GCSE 9-1 Physics Edexcel)

(1)
GCSE Physics 9-1 Edexcel. Lesson 4 of 4 lesson sequence for this chapter. Resource makes use a matrix graph task adapted from previous resources, then uses differentiated analysis of graphs. Drawing of graphs showing each stage of motion, calculation of distance traveled and acceleration. Questions and answers given. Plenary quiz.
Motion Basics
VEBanksVEBanks

Motion Basics

(1)
A lesson for Year 12 Physics students recapping vectors, scalars, d-t and v-t graphs, speed and acceleration from GCSE level and introducing the increased difficulty found in A level. Taught for Edexcel A level Physics. Answers to questions given.
AS Physics Diffraction Patterns, Single and Double Slit Interference
VEBanksVEBanks

AS Physics Diffraction Patterns, Single and Double Slit Interference

(0)
AS Physics Edexcel A Level. Double Lesson introducing the idea of interference with Young’s double slit experiment. Double and single slit patterns discussed and compared. Explanation created using prior knowledge about phase and path difference. Huygen’s principle discussed and applied to single slits. Students are prompted to make their own predictions of behaviour. Demo of single and double slit needed to accompany this. Multiple exam questions and answers throughout and knowledge check quiz.
AS Physics Standing Waves
VEBanksVEBanks

AS Physics Standing Waves

(0)
AS Physics Edexcel A Level. A double lesson. Introducing superposition, coherence, standing waves, constructive and destructive interference. Description of standing waves and how they occur, labeling of nodes and anti-nodes. Comparison of standing and progressive waves. Simple exam question quiz with answers. Application to standing waves in a microwave practical and exam question testing understanding of the practical. Practice questions and answers given throughout.
AS Physics Practical Standing Waves on a String
VEBanksVEBanks

AS Physics Practical Standing Waves on a String

(0)
AS Physics Edexcel A Level. Core Practical 7 guide encouraging students to identify relationships and plan investigation and graphical techniques. Full set of instructions, results table, link to y=mx+c, and example results. Lab report word template sheet given.
GCSE Physics - 6 Mark Questions Model Answers
VEBanksVEBanks

GCSE Physics - 6 Mark Questions Model Answers

(0)
GCSE Physics Edexcel. Over 20 model answers to 6 mark QWC questions from the Edexcel 9-1 GCSE complete with questions and mark schemes. Question sheet of just questions, and sheet of model answers and mark schemes.
AS Physics Waves Basics
VEBanksVEBanks

AS Physics Waves Basics

(0)
AS Physics Edexcel A level. Double lesson recapping the basics of waves that students should know from GCSE and a multiple choice AS level quiz. AS content introducing radians, wave phase, along with key terms anti-phase and in phase.
AS Physics Wave Phase
VEBanksVEBanks

AS Physics Wave Phase

(0)
AS Physics Edexcel A level. Single lesson introducing the concept of wave phase and radians. Includes practice questions, exam question and answer.
A Level Physics Revision - Mechanics
VEBanksVEBanks

A Level Physics Revision - Mechanics

(0)
Revision question worksheet with answers. Can be used as a whole lesson or for students to do independently. (produced by Head of Physics and Edexcel examiner) Resource contains 10 True/False questions as a warm up on the topic 5 multiple choice questions (incl SI/base units, graphs, definitions & calcualtions) 4 short answer (2-4) mark questions. 2 Exam questions with parts a,b,c that include follow on logic or calculations. 1 Long answer(qwc) question on the topic. One document contains questions and the other answers. This is aimed at A Level Physics Edexcel students.
A Level Physics Revision - Electric and Magnetic Fields
VEBanksVEBanks

A Level Physics Revision - Electric and Magnetic Fields

(0)
Revision question worksheet with answers. Can be used as a whole lesson or for students to do independently. (produced by Head of Physics and Edexcel examiner) Resource contains 10 True/False questions as a warm up on the topic 5 multiple choice questions (incl SI/base units, graphs, definitions & calcualtions) 4 short answer (2-4) mark questions. 2 Exam questions with parts a,b,c that include follow on logic or calculations. 1 Long answer(qwc) question on the topic. One document contains questions and the other answers. This is aimed at A Level Physics Edexcel students.
A2 Physics - Nuclear Binding Energy & Fusion
VEBanksVEBanks

A2 Physics - Nuclear Binding Energy & Fusion

(0)
A2 Physics Edexcel. Lesson about nuclear binding energy, mass deficit, and the binding energy per nucleon graph. Example questions and solutions. Nuclear fusion and how much energy is released in the Hydrogen to Helium process.