9702 Physics Alevel Full Video Course

Name: 9702 AS Physics - Master Cambridge AS-Level Physics Online
Price: 19.99 USD
Availability: InStock

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Duration 67 h 53 m 4 s

Available 30 days

Price

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About Course

Unlock the Power of Advanced Physics with Our 9702 Physics A2 Course!

Prepare to dive deep into the fascinating world of advanced-level physics with our comprehensive online 9702 A2 Physics course. Tailored for students aiming to excel in their Cambridge International Examinations, this course offers in-depth coverage of key A2 topics, including advanced mechanics, thermal physics, electromagnetism, and quantum physics.

Our expert instructors will guide you through challenging concepts, ensuring you master the skills needed to excel in exams and apply physics to real-world problems. The course includes detailed video lectures, interactive practice exercises, past paper walkthroughs, and one-on-one support, all designed to enhance your understanding and boost your confidence.

Join our course to gain:

Complete A2 Syllabus Coverage: Stay on track with every essential topic.
Expert Guidance: Learn from experienced physics educators.
Interactive Learning: Engage with quizzes, assignments, and real-time feedback.
Exam Preparation: Get access to exclusive tips, strategies, and past paper analysis.
Flexible Online Learning: Study at your own pace, anytime and anywhere.

Whether you’re aiming for a top grade or looking to deepen your understanding of advanced physics, this course is the perfect stepping stone to success.

Course content

Introduction to 9702 A2 Cambridge Course26 sFree

12.1 Kinematics of uniform circular motion47 m 39 sFree

Notes: Kinematics of Uniform Circular Motion10 mFree

12.2 Centripetal acceleration Part 148 m 14 sFree

Notes: Centripetal Acceleration Part 115 mFree

12.2 Centripetal acceleration part 237 m 55 sFree

Notes: Centripetal Acceleration Part 215 mFree

Gravitational Fields13 m 55 s Start

Notes: Gravitational Fields10 m Start

Gravitational Force and Field Strength52 m 5 s Start

Notes: Gravitational Force and Field Strength20 m Start

Gravitational Potential46 m 50 s Start

Notes: Gravitational Potential20 m Start

Null Point & Geo Stationary Satellites50 m 42 s Start

Notes: Null Point & Geo Stationary Satellites Start

Kepler's Laws, Energy & Binary Stars46 m 16 s Start

Notes: Kepler's Laws, Energy & Binary Stars30 m Start

Simple Harmonic Motion55 m 17 s Start

Notes: Simple Harmonic Motion20 m Start

Graphs of Acceleration & Velocity with displacement46 m 54 s Start

Notes: Graphs of Acceleration & Velocity with Displacement20 m Start

Energy in Simple Harmonic Motion41 m 39 s Start

Notes: Energy in Simple Harmonic Motion20 m Start

Resonance and Damping50 m 43 s Start

Notes: Resonance and Damping20 m Start

Equation of State & Moles.52 m 40 s Start

Notes: Equation of State & Moles.20 m Start

Derivation of pV = 1/3 Nm (c)^248 m 58 s Start

Notes: Derivation of pV = 1/3 Nm (c)^220 m Start

Kinetic Model in Ideal Gas23 m 34 s Start

Notes: Kinetic Model in Ideal Gas20 m Start

Temperature & Type of Thermometers28 m 5 s Start

Notes: Temperature & Type of Thermometers15 m Start

Thermometric Properties48 m 4 s Start

Notes: Thermometric Properties20 m Start

Temperature Scales14 m 14 s Start

Notes: Temperature Scales10 m Start

Melting, Boiling & Evaporation30 m 57 s Start

Notes: Melting, Boiling & Evaporation15 m Start

Specific Heat Capacity & Specific Latent Heat45 m 17 s Start

Notes: Specific Heat Capacity & Specific Latent Heat20 m Start

Experiments to Determine Specific Heat Capacity42 m 57 s Start

Notes: Experiments to Determine Specific Heat Capacity20 m Start

Experiments to Determine Specific Latent Heat41 m 13 s Start

Notes: Experiments to Determine Specific Latent Heat20 m Start

First Law of Thermodynamics & Gas Laws42 m 58 s Start

Notes: First Law of Thermodynamics & Gas Laws20 m Start

Application of First Law of Thermodynamics Part 151 m 7 s Start

Notes: Application of First Law of Thermodynamics Part 120 m Start

Application of First Law of Thermodynamics Part 223 m 57 s Start

Notes: Applications of First Law of Thermodynamics Part 210 m Start

Uniform Electric Field45 m 15 s Start

Notes: Uniform Electric Field20 m Start

Columb's Law and Electric Potential44 m 42 s Start

Notes: Columb's Law and Electric Potential20 m Start

Electric Field Strength Graphs42 m 56 s Start

Notes: Electric Field Strength Graphs20 m Start

Change in Electric Potential & Distance of Closest Approach47 m 39 s Start

Notes: Change in Electric Potential & Distance of Closest Approach20 m Start

Distance of Closest Approach Continued23 m 21 s Start

Notes: Distance of Closest Approach Continued15 m Start

Capacitors and Capacitance22 m 34 s Start

Notes: Capacitors and Capacitance15 m Start

Charging and Discharging a Capacitor31 m 56 s Start

Notes: Charging and Discharging a Capacitor20 m Start

Concept of Time Constant14 m 9 s Start

Energy Stored in a Capacitor15 m 20 s Start

Notes: Energy Stored in a Capacitor20 m Start

Capacitors in Series and Parallel54 m 46 s Start

Notes: Capacitors in Series and Parallel20 m Start

Safe Operating Voltage in Capacitors47 m 11 s Start

Notes: Safe Operating Voltage in Capacitors20 m Start

Discharge Equation of a Capacitors55 m 59 s Start

Notes: Discharge Equation of a Capacitor20 m Start

Introduction to Magnetic Fields42 m 45 s Start

Notes: Introduction to Magnetic Fields20 m Start

Maxwell's Right Hand Grip Rule16 m 7 s Start

Notes: Maxwell's Right Hand Grip Rule10 m Start

Flemings Left Hand Rule42 m 34 s Start

Notes: Flemings Left Hand Rule20 m Start

Concept of F=BIL & F = Bqv46 m 21 s Start

Notes: Concept of F=BIL & F=Bqv20 m Start

Force on Current Carrying Conductor and Moving Charge47 m 43 s Start

Notes: Force on Curren Carrying Conductor and Moving Charge20 m Start

Hall Probe45 m 16 s Start

Notes: Hall Probe20 m Start

Selected Velocity & Charge to Mass Ratio34 m 13 s Start

Notes: Selected Velocity & Charge to Mass Ratio20 m Start

Faraday's Law & Lenz Law17 m 57 s Start

Notes: Faraday's Law & Lenz Law10 m Start

Faraday's Law & Lenz Law Continued41 m 48 s Start

Notes: Faraday's Law & Lenz Law Continued20 m Start

Effects of Resistance on Lenz Law42 m 2 s Start

Notes: Effects of Resistance on Lenz Law20 m Start

Induced Emf Graphs33 m 21 s Start

Notes: Induced Emf Graphs20 m Start

Characteristics of Alternating Current44 m 39 s Start

Notes: Characteristics of Alternating Current25 m Start

Half wave and Full wave rectification47 m 56 s Start

Notes: Half wave and Full wave rectification20 m Start

Bridge Rectifier (Wheatstone Bridge)50 m 56 s Start

Notes: Bridge Rectifier (Wheatstone Bridge)20 m Start

The Photoelectric Effect44 m 42 s Start

Notes: The Photoelectric Effect20 m Start

Einstein's Equation, Stopping Voltage & De Broglie's Wavelength46 m 15 s Start

Notes: Einstein's Equation, Stopping Voltage & De Broglie's Wavelength20 m Start

Niel Bohr Atomic Model49 m 21 s Start

Notes: Niel Bohr Atomic Model20 m Start

Types of Spectra39 m 25 s Start

Notes: Types of Spectra20 m Start

Nuclear Binding Energy43 m Start

Notes: Nuclear Binding Energy20 m Start

Nuclear Binding Energy per Nucleon, Fission & Fusion56 m 4 s Start

Notes: Nuclear Binding Energy per Nucleon, Fission & Fusion20 m Start

Radioactivity47 m 31 s Start

Notes: Radioactivity20 m Start

X-Rays & Production of X-Rays Lecture 145 m 32 s Start

Notes: X-Rays & Production of X-Rays Lecture 120 m Start

X-Rays & Production of X-Rays Lecture 251 m 28 s Start

Notes: X-Rays & Production of X-Rays Lecture 220 m Start

CT Scan37 m 25 s Start

Notes: CT Scan20 m Start

Ultrasound Lecture 147 m 36 s Start

Notes: Ultrasound Lecture 120 m Start

Ultrasound Lecture 249 m 31 s Start

Notes: Ultrasound Lecture 220 m Start

Positron Emission Tomography (PET) Lecture 137 m 34 s Start

Notes: Positron Emission Tomography (PET) Lecture 120 m Start

Positron Emission Tomography (PET) Lecture 232 m 36 s Start

Notes: Positron Emission Tomography (PET) Lecture 220 m Start

Finding Distance and Radius of Stars40 m 50 s Start

Notes: Finding Distance and Radius of Stars20 m Start

Stellar Properties47 m 30 s Start

Notes: Stellar Properties20 m Start

Spectra & Red Shift34 m 37 s Start

Notes: Spectra & Red Shift20 m Start

Hubble's Law , Big Bang Theory & Age of Universe25 m 5 s Start

Notes: Hubble's Law , Big Bang Theory & Age of Universe20 m Start

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Course Instructor

Mirhaexams.com offers comprehensive online video courses, quizzes, and educational resources for IGCSE and A-Level students. Our expert-led content covers key subjects with engaging video lessons, interactive quizzes, and study materials to help students achieve academic excellence. Specializing in international curricula, Mirhaexams provides accessible, high-quality exam preparation resources for students worldwide.

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9702 Physics Alevel Full Video Course

About Course

Mirha Exams

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