IGCSE Physics Chapter 2 Thermal Physics (Cambridge CIE)

IGCSE Physics Chapter 2 Thermal Physics (Cambridge CIE), available at Free, has an average rating of 4.6, with 46 lectures, based on 225 reviews, and has 7340 subscribers.

You will learn about By the end of this course you will be able to answer every single question in the past papers related to thermal physics, In this course you will learn everything about: 1. Kinetic theory, 2. Thermometers, 3. Thermal expansion, 4. Heat transmission, 5. Heat capacity, 6. Latent heat. This course is ideal for individuals who are This course is suitable for Cambridge IGCSE students and all other equivalent syllabi It is particularly useful for This course is suitable for Cambridge IGCSE students and all other equivalent syllabi.

Enroll now: IGCSE Physics Chapter 2 Thermal Physics (Cambridge CIE)

Summary

Title: IGCSE Physics Chapter 2 Thermal Physics (Cambridge CIE)

Price: Free

Average Rating: 4.6

Number of Lectures: 46

Number of Published Lectures: 46

Number of Curriculum Items: 46

Number of Published Curriculum Objects: 46

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

By the end of this course you will be able to answer every single question in the past papers related to thermal physics,
In this course you will learn everything about: 1. Kinetic theory, 2. Thermometers, 3. Thermal expansion, 4. Heat transmission, 5. Heat capacity, 6. Latent heat.

Who Should Attend

This course is suitable for Cambridge IGCSE students and all other equivalent syllabi

Target Audiences

This course is suitable for Cambridge IGCSE students and all other equivalent syllabi

*This Course is about Extended Cambridge (0625) IGCSE Physics… Chapter 2: Thermal physics,

*This course covers all the points in the syllabus that are related to thermal physics,

*The course is directed to the point and restricted to the syllabus nothing less and nothing more, so you will not waste your time, with invaluable speech,

* If you know exactly your syllabus you will appreciate these videos,

* The average video duration is 3 mins so you will not get bored with the course and you can find reasonable points to pause and complete later,

* The full course duration is about 2 hours and 5 mins

* Past papers samples with mark scheme answers are included at the end of each lesson,

Course Curriculum

Chapter 1: Lesson 1 Kinetic Theory

Lecture 1: Kinetic Theory: 00 Contents

Lecture 2: Kinetic Theory: 01 Assumptions of Kinetic Theory

Lecture 3: Kinetic Theory: 02 New Definitions for Temperature and Pressure

Lecture 4: Kinetic Theory: 03 Evaporation

Lecture 5: Kinetic Theory: 04 Pressure, Volume and Temperature of Gases

Lecture 6: Exercise: Printable Classified Past Papers + Mark Scheme

Chapter 2: Lesson 2 Thermometers

Lecture 1: Thermometers: 00 Contents

Lecture 2: Thermometers: 01 Introduction to Thermometers

Lecture 3: Thermometers: 02(a) Temperature Scales

Lecture 4: Thermometers: 02(b) Properties of Thermometers

Lecture 5: Thermometers: 02(c) Mercury, Alcohol and Clinical Thermometers

Lecture 6: Thermometers: 03 The Thermocouple

Lecture 7: Thermometers: 04 Precautions

Lecture 8: Exercise: Printable Classified Past Papers + Mark Scheme

Chapter 3: Lesson 3 Thermal Expansion

Lecture 1: Thermal Expansion: 00 Contents

Lecture 2: Thermal Expansion: 01 Introduction to Thermal Expansion

Lecture 3: Thermal Expansion: 02 Uses of Thermal Expansion

Lecture 4: Thermal Expansion: 03 Precaution against Thermal Expansion

Lecture 5: Thermal Expansion: 04 Linear Expansivity

Lecture 6: Exercise: Printable Classified Past Papers + Mark Scheme

Chapter 4: Lesson 4: Heat Transmission

Lecture 1: Heat Transmission: 00 Contents

Lecture 2: Heat Transmission: 01 Conduction (Theoretical)

Lecture 3: Heat Transmission: 02 Convection (Theoretical)

Lecture 4: Heat Transmission: 03 Radiation (Theoretical)

Lecture 5: Heat Transmission: 04 Applications on Heat Transmission

Lecture 6: Heat Transmission: 05 Conduction (Experiments)

Lecture 7: Heat Transmission: 06 Convection (Experiment)

Lecture 8: Heat Transmission: 07 Radiation (Experiments)

Lecture 9: Heat Transmission: 08 Precautions

Lecture 10: Exercise: Printable Classified Past Papers + Mark Scheme

Chapter 5: Lesson 5 Heat Capacity

Lecture 1: Heat Capacity: 00 Contents

Lecture 2: Heat Capacity: 01 Introduction to Heat Capacity

Lecture 3: Heat Capacity: 02 Specific Heat Capacity

Lecture 4: Heat Capacity: 03(A) Specific Heat Capacity of Water

Lecture 5: Heat Capacity: 03(B) Experiment 1 to find specific heat capacity of water

Lecture 6: Heat Capacity: 03(C) Experiment 2 to find specific heat capacity of water

Lecture 7: Heat Capacity: Thermal Capacity

Lecture 8: Link between Heat Capacity and Latent Heat

Lecture 9: Exercise: Printable Classified Past Papers + Mark Scheme

Chapter 6: Lesson 6: Latent Heat

Lecture 1: Latent Heat: 00 Contents

Lecture 2: Latent Heat: 01 Introduction to Latent Heat

Lecture 3: Latent Heat: Specific Latent Heat of Fusion

Lecture 4: Latent Heat: Experiment to find specific latent heat of fusion of ice

Lecture 5: Latent Heat: Experiment to find specific latent heat of vaporization of water

Lecture 6: Latent Heat: Comparison Between sp h capacity, sp l h of fusion, sp l h of vap

Lecture 7: Exercise: Printable Classified Past Papers + Mark Scheme

Chapter 7: End of The Chapter

Instructors

9 to 12
Teach your self

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1 stars: 2 votes
2 stars: 3 votes
3 stars: 35 votes
4 stars: 76 votes
5 stars: 109 votes

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