Antiparticles Study guides, Revision notes & Summaries

Acceleration change in V per unit t Accurate Measurement obtained using calibrated instruments correctly Alpha radiation Particle consisting of 2 P's and 2 N's Amplitude Max displacement of oscillating particle from equilibrium position Annihilation Particle and antiparticle meet, destroy eachother and emit radiation Antibaryon Hadron w/ 3 quarks Antimatter Antiparticles with same quantum values but opposite charge to corresponding particles

OCR A-level Physics Notes (New Spec) Full & Revised with Complete Solutions for Final Exam. Particles and Radioactivity Alpha Particle Scattering Experiment Plum Pudding model of the atom ● Atoms made up of a large mass of positive matter with a few negatively charged electrons spread within it Rutherford’s experiment disproved the Plum Pudding model Rutherford's alpha scattering experiment: ● Stream of alpha particles from a radioactive source was fired at a thin gold foil (only...

A LEVEL AQA PHYSICS WITH BEST SOLUTION Beta radiation - when B- or B+ particles are emitted following decay of a neutron-rich or proton-rich nucleus Braking distance - Distance travelled by vehicle in time taken to stop Breaking stress/Ultimate tensile stress - Tensile stress needed to break a solid material Brittle - Snaps without bending or stretching when subject to stress Centre of mass - Point through which a single force on the body has no turning affect Charge carriers - Cha...

OCR A-level Physics Notes (New Spec) Full & Revised with Complete Solutions for Final Exam. Particles and Radioactivity Alpha Particle Scattering Experiment Plum Pudding model of the atom ● Atoms made up of a large mass of positive matter with a few negatively charged electrons spread within it Rutherford’s experiment disproved the Plum Pudding model Rutherford's alpha scattering experiment: ● Stream of alpha particles from a radioactive source was fired at a thin gold foil (only...

Acceleration - ANSWER-The rate of change of velocity Accurate result - ANSWER-A result that is close to the true answer Apha decay - ANSWER-A type of decay in which an unstable nucleus of an atom emits an alpha particle Alternating current - ANSWER-A current that changes with time in a regular cycle Ammeter - ANSWER-A component used to measure the current flowing through a circuit Amplitude - ANSWER-The maximum displacement of a wave Angle of incidence - ANSWER-The angle that i...

AS level Physics - AQA A Graded A+ Acceleration Accurate result Apha decay The rate of change of velocity A result that is close to the true answer A type of decay in which an unstable nucleus of an atom emits an alpha particle Alternating current Ammeter A current that changes with time in a regular cycle A component used to measure the current flowing through a circuit Amplitude The maximum displacement of a wave Angle of incidence Angle of refraction Anni...

Acceleration - ANSWER-The rate of change of velocity Accurate result - ANSWER-A result that is close to the true answer Apha decay - ANSWER-A type of decay in which an unstable nucleus of an atom emits an alpha particle Alternating current - ANSWER-A current that changes with time in a regular cycle Ammeter - ANSWER-A component used to measure the current flowing through a circuit Amplitude - ANSWER-The maximum displacement of a wave Angle of incidence - ANSWER-The angle that i...

AQA GCSE A level Physics Study Guide Questions with Approved Solution 2023/2024 Acceleration - Correct Answer The rate of change of velocity Accurate result - Correct Answer A result that is close to the true answer Apha decay - Correct Answer A type of decay in which an unstable nucleus of an atom emits an alpha particle Alternating current - Correct Answer A current that changes with time in a regular cycle Ammeter - Correct Answer A component used to measure the current flowing t...

A handwritten mindmap summarising the topic of particles in A-level Physics AQA. Key definitions are highlighted and equations are boxed. This is topic 3.2.2 from AQA specification. Includes: - Constituents of the atom - Stable and unstable nuclei - Particles, antiparticles and photons - Particle interactions - Classification of particles (particle zoo) - Quarks and antiquarks -Conservation Laws

AQA A LEVEL PHYSICS (7408) SUMMARY. Paper 1 (85 marks)  Sections 1–5 and 6.1 (Periodic motion) No kinetics or rate equations 60 marks of short and long answer questions and 25 multiple choice questions Paper 2 (85 marks)  Sections 6.2 (Thermal Physics), 7 and 8  Assumed knowledge from sections 1 to 6.1 60 marks of short and long answer questions and 25 multiple choice questions Paper 3 (80 marks) Section A: Compulsory section: Practical skills and data analysis Section B: St...