A Level | Physics – Teach Zimbabwe

Course Prerequisites

Please note that this course has the following prerequisites which must be completed before it can be accessed
O Level | Physics Crash Courses

About This Course

You’ll get:

1. Video Lessons covering the full Zimsec AS & A2 syllabus
2. Expert Academic Support for all your doubts and questions
3. Past Paper Video Solutions that explain how to answer each question step by step
4. A readymade study plan to complete the AS or A2 Phy syllabus in 60 or 90 days

Learning Objectives

You’ll get:

1. Video Lessons covering the full Zimsec AS & A2 syllabus

2. Expert Academic Support for all your doubts and questions

3. Past Paper Video Solutions that explain how to answer each question step by step

4. A readymade study plan to complete the AS or A2 Phy syllabus in 60 or 90 days

Material Includes

Zimsec A Level Physics Syllabus
Exam type practice questions
Past Exam Paper's revisions

Requirements

NB: Cambridge and Zimsec Syllabi may vary.
#Download and use Zimsec/ Cambridge syllabus for guidance on study topics

Target Audience

A Level Physics Students

Curriculum

79 Lessons

AS Physics Preview

Kinetic & Potential Energy | Work, Energy and Power00:14:45Preview

Kirchhoff’s Laws | D.C. Circuits00:08:40

Electric Current | Current Electricity00:08:37

Atom’s Composition | Particle and Nuclear Physics00:07:34

Introduction to Springs | Deformation of Solids00:07:39

Introduction to Superposition of Waves | Superposition00:07:42

Introduction To Waves | Waves00:08:20

Newton’s First Law | Dynamics00:05:02

Distance vs Displacement | Kinematics00:26:16

Turning Effect of a Force | Forces, Density and Pressure00:11:23

Physical Quantities and SI units | Physical Quantities and Units00:08:23

AS Level/ Form 5 Physics

A2 Physics | Form 6

A2 3-1 | Ideal Gases: Avogadro’s Constant00:06:43

A2 3-2 | Ideal Gases: Ideal Gas Law00:14:21

A2 3-3 | Ideal Gases: Kinetic Theory00:16:20

A2 3-4 | Ideal Gases: Energy of a Molecule00:08:02

A2 4-1 | Temperature: Thermal Equilibrium and Scales00:15:09

A2 4-2 | Temperature: Thermometers00:13:23

A2 5-1 | Thermal Properties: Kinetic Model of Matter00:15:20

A2 5-2 | Thermal Properties: Heat Capacity00:13:06

A2 5-3 | Thermal Properties: Latent Heat00:13:06

A2 5-4 | Thermal Properties: Laws of Thermodynamics00:11:10

A2 1-1 | Circular Motion: Circular Motion and Angular Velocity00:11:27

A2 1-2 | Circular Motion: Centripetal Acceleration Force00:12:16

A2 2-3 | Gravitation: Gravitational Potential00:10:08

A2 2-2 | Gravitation: Gravitational Field Strength00:16:54

A2 2-1 | Gravitation: Gravitational Field Force00:12:46

A2 20-3 | DC Circuits: Potentiometer00:20:35

A2 21-1 | Electronics: The Ideal Operational Amplifier00:15:08

A2 21-2 | Electronics: Operational Amplifier Circuits00:12:00

A2 21-4 | Electronics: Output Devices00:08:00

A2 21-3 | Electronics: Inverting and Non-inverting Operational Amplifiers00:10:11

A2 22-1 | Magnetic Fields: Introduction00:09:37

A2 Physics | Form 6 Cnt’d

A2 22-2 | Magnetic Fields: Field Currents00:22:39

A2 22-3 | Magnetic Fields: Forces and Flux00:20:19

A2 22-4 | Magnetic Fields: Magnetic Force on A moving Charge00:12:34

A2 22-5 | Magnetic Fields: Velocity Selection and the Hall Effect00:15:15

A2 22-6 | Magnetic Fields: Magnetic Resonance Imaging MRI00:08:04

A2 22-7 | Magnetic Fields: Bonus, Gravity vs. Magnetic vs. Electric00:04:14

A2 23-1 | Electromagnetic Induction: Introduction00:12:41

A2 23-2 | Electromagnetic Induction: Induction Laws00:13:09

A2 24-3 | Alternating Current: Characteristics of Alternating Current00:09:37

A2 24-4 | Alternating Current: Transformers00:14:06

A2 24-5 | Alternating Current: Rectification00:09:12

A2 25-1 | Quantum Physics: Photoelectric Emission00:17:39

A2 25-2 | Quantum Physics: Quantum Theory and Wave Particle Duality00:21:33

A2 25-3 | Quantum Physics: Energy Levels in Atoms and Line Spectra00:18:10

A2 25-4 | Quantum Physics: Band Theory00:13:31

A2 25-5 | Quantum Physics: Production and Uses of X-Rays00:12:52

A2 25-6 | Quantum Physics: X-Ray Imaging and Attenuation00:15:51

A2 25-7 | Quantum Physics: CT Scanning00:12:02

A2 26-5 | Particle and Nuclear Physics: Mass Defect and Nuclear Binding Energy00:13:48

A2 26-6 | Particle and Nuclear Physics: Fission and Fusion00:09:14

A2 26-7 | Particle and Nuclear Physics: Activity and Half Life00:20:37

Your Instructors

Teacha

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A Level | Physics

Course Prerequisites

About This Course

Learning Objectives

Material Includes

Requirements

Target Audience

Curriculum

AS Physics Preview

Kinetic & Potential Energy | Work, Energy and Power00:14:45Preview

Kirchhoff’s Laws | D.C. Circuits00:08:40

Electric Current | Current Electricity00:08:37

Atom’s Composition | Particle and Nuclear Physics00:07:34

Introduction to Springs | Deformation of Solids00:07:39

Introduction to Superposition of Waves | Superposition00:07:42

Introduction To Waves | Waves00:08:20

Newton’s First Law | Dynamics00:05:02

Distance vs Displacement | Kinematics00:26:16

Turning Effect of a Force | Forces, Density and Pressure00:11:23

Physical Quantities and SI units | Physical Quantities and Units00:08:23

AS Level/ Form 5 Physics

Physical Quantities and Units: Introduction00:47:51

AS 6-3 | Energy: Work Done by Expanding Gas00:11:09

AS 6-4 | Energy: Kinetic Potential Energy00:09:59

AS 6-5 | Energy: Power00:08:18

AS 6-2 | Energy: On Energy00:08:54

AS 6-1 | Energy: Work00:07:18

AS 5-2 | Forces: Turning Effect of Forces00:14:30

AS 5-1 | Forces: Types of Forces00:12:06

AS 3-5 | Kinematics: Acceleration Perpendicular to Velocity00:13:59

AS 3-2 | Kinematics: Graphs00:09:21

AS 3-1 | Kinematics: Introduction00:11:37

AS 2-2 | Measurement Techniques: Combining Uncertainties00:12:03

AS 2-1 | Measurement Techniques: Calibration Error and Uncertainties00:13:18

AS 4-2 | Dynamics: Conservation of Momentum00:18:44

AS 4-1 | Dynamics: Momentum and Laws of Motion00:17:28

AS 3-4 | Kinematics: Free Fall00:18:26

AS 3-3 | Kinematics: Equations of Motion00:21:02

AS 7-2 | Deformation of Solids: Deformation Types and Strain Energy00:13:58

AS 7-1 | Deformation of Solids: Stress, Strain and Young’s Modulus00:12:53

AS 5-3 | Forces: Density and Pressure00:17:13

AS 20-1 | DC Circuits: Internal Resistance and Power00:05:50

AS 20-2 | DC Circuits: Kirchhoff’s Laws00:14:36

AS 26-1 | Particle and Nuclear Physics: Atomic Structure and Radioactivity00:24:50

AS 26-2 | Particle and Nuclear Physics: Gamma Radiation and Measuring Radiation00:15:36

AS 26-3 | Particle and Nuclear Physics: Probing Matter00:07:58

Full Projectile Motion Example Question | Kinematics00:23:38