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A2 Level Physics Alternating Currents 3
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  • Release Date: 2023-02-02
A2 Level Physics
A2 Level Physics Circular Motion part 1
A2 Level Physics Circular Motion part 1
A2 Level Physics Circular Motion part 2
A2 Level Physics Circular Motion part 2
A2 Level Physics Gravitation 1
A2 Level Physics Gravitation 1
A2 Level Physics Gravitation 2
A2 Level Physics Gravitation 2
A2 Level Physics Gravitation 3
A2 Level Physics Gravitation 3
A2 Level Physics Gravitation 4
A2 Level Physics Gravitation 4
A2 Level Physics Gravitation PastPaper 1
A2 Level Physics Gravitation PastPaper 1
A2 Level Physics Gravitation PastPaper 2
A2 Level Physics Gravitation PastPaper 2
A2 Level Physics Gravitation PastPaper 3
A2 Level Physics Gravitation PastPaper 3
A2 Level Physics Thermal Physics 1
A2 Level Physics Thermal Physics 1
A2 Level Physics Thermal Physics 2
A2 Level Physics Thermal Physics 2
A2 Level Physics Thermal Physics 3
A2 Level Physics Thermal Physics 3
A2 Level Physics Thermal Physics 4
A2 Level Physics Thermal Physics 4
A2 Level Physics Thermal Physics 5
A2 Level Physics Thermal Physics 5
A2 Level Physics Thermal Physics 6
A2 Level Physics Thermal Physics 6
A2 Level Physics Thermal Physics 7
A2 Level Physics Thermal Physics 7
A2 Level Physics Thermal Physics 8
A2 Level Physics Thermal Physics 8
A2 Level Physics Oscillations 1
A2 Level Physics Oscillations 1
A2 Level Physics Oscillations 2
A2 Level Physics Oscillations 2
A2 Level Physics Oscillations 3
A2 Level Physics Oscillations 3
A2 Level Physics Oscillations 4
A2 Level Physics Oscillations 4
A2 Level Physics Electricity and Capacitance 1
A2 Level Physics Electricity and Capacitance 1
A2 Level Physics Electricity and Capacitance 2
A2 Level Physics Electricity and Capacitance 2
A2 Level Physics Electricity and Capacitance 3
A2 Level Physics Electricity and Capacitance 3
A2 Level Physics Electricity and Capacitance 4
A2 Level Physics Electricity and Capacitance 4
A2 Level Physics Electricity and Capacitance 5
A2 Level Physics Electricity and Capacitance 5
A2 Level Physics Electricity and Capacitance 6
A2 Level Physics Electricity and Capacitance 6
A2 Level Physics Electricity and Capacitance 7
A2 Level Physics Electricity and Capacitance 7
A2 Level Physics Capacitance Pastpapers 1
A2 Level Physics Capacitance Pastpapers 1
A2 Level Physics Capacitance Pastpapers 2
A2 Level Physics Capacitance Pastpapers 2
A2 Level Physics Capacitance Pastpapers 3
A2 Level Physics Capacitance Pastpapers 3
A2 Level Physics Alternating Currents 1
A2 Level Physics Alternating Currents 1
A2 Level Physics Alternating Currents 2
A2 Level Physics Alternating Currents 2
A2 Level Physics Alternating Currents 3
A2 Level Physics Alternating Currents 3
A2 Level Physics Alternating Currents 4
A2 Level Physics Alternating Currents 4
A2 Level Physics Alternating Currents PastPapers 1
A2 Level Physics Alternating Currents PastPapers 1
A2 Level Physics Alternating Currents PastPapers 2
A2 Level Physics Alternating Currents PastPapers 2
A2 Level Physics Alternating Currents PastPapers 3
A2 Level Physics Alternating Currents PastPapers 3
A2 Level Physics Magnetism 1
A2 Level Physics Magnetism 1
A2 Level Physics Magnetism 2
A2 Level Physics Magnetism 2
A2 Level Physics Magnetism 3
A2 Level Physics Magnetism 3
A2 Level Physics Magnetism 4
A2 Level Physics Magnetism 4
A2 Level Physics Magnetism PastPapers
A2 Level Physics Magnetism PastPapers
A2 Level Physics Electromagnetic Induction Live Class
A2 Level Physics Electromagnetic Induction Live Class
A2 Level Physics Charged Particles 1
A2 Level Physics Charged Particles 1
A2 Level Physics Charged Particles 2
A2 Level Physics Charged Particles 2
A2 Level Physics Charged Particles 3
A2 Level Physics Charged Particles 3
A2 Level Physics Quantum Physics 1
A2 Level Physics Quantum Physics 1
A2 Level Physics Quantum Physics 2
A2 Level Physics Quantum Physics 2
A2 Level Physics Quantum Physics 3
A2 Level Physics Quantum Physics 3
A2 Level Physics Quantum Physics 4
A2 Level Physics Quantum Physics 4
A2 Level Physics Quantum Physics 5
A2 Level Physics Quantum Physics 5
A2 Level Physics Quantum Physics 6
A2 Level Physics Quantum Physics 6
Playlist
  • physics
Video Introduction

This video is adapted from: https://www.youtube.com/@BasylDoesPhysics

In this chapter you will learn how to: understand and use the terms period, frequency and peak value as applied to an alternating current or voltage use equations of the form x = x0 sin ωt representing a sinusoidally alternating current or voltage recall and use the fact that the mean power in a resistive load is half the maximum power for a sinusoidal alternating current distinguish between root-mean-square (r.m.s.) and peak values and recall and use and for a sinusoidal alternating current distinguish graphically between half-wave and full-wave rectification explain the use of a single diode for the half-wave rectification of an alternating current explain the use of four diodes (bridge rectifier) for the full-wave rectification of an alternating current analyse the effect of a single capacitor in smoothing, including the effect of the value of capacitance and the load resistance.

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