Contents

Chee Kim Teck and his group members during a practical session in physics lab.

He is one of my hardworking, self-disciplined and thankful-minded  students.

用一颗感恩的心去体验生活，因为每一秒都是一个劫。
下一秒会发生什么事，物理学始终无法揣测 。
Be thankful as we live on, as Physics fail to predict 
the cause and causal effects as times go by.

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Folder 2017:
Notice 更新消息

Key: NUY = Not Updated Yet

Free online physics by University of Colorado

 Further Study Interactive 升学情报 

全国大专升学辅导组




Information listed below will be updated from time to time.
Unsorted videos of physics lessons are available at Lyco Physics youtube.
未经编排的物理课文视频可以参考 Lyco Physics youtube.


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Details of the following are kept in the Blog Archive on the upper right.


Folder 2013:
Careers Related to Physics and Pure Science 升学资讯：
               数理科系
               Civil Engineering
               Mechanical Engineering 
               Material Science
               Electrical and Electronics Engineering 
               Mechatronics
               Software Engineering (NUY)
               Telecommunication (NUY)

Folder 2014:
Personal Development 成长岁月：
                 垃圾人的定律
                 Toxic Person
                 村下佬 

Folder 2015:
Form 4 Physics Topics 中四物理课文
              Chap 1: Introduction to Physics
              Chap 2: Forces and Motion 动力学
              Chap 3: Forces and Pressure 压力，液压，气压。
              Chap 4: Heat 热能
              Chap 5: Light 光学

Folder 2016:
Form 5 Physics Topics 中五物理课文
              Chap 1: Waves 波
              Chap 2: Electricity 电学
              Chap 3: Electromagnetism 电动学
              Chap 4: Electronics 电子学 
              Chap 5: Radioactivity 核能量 

Folder 2023
Concept Review

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Teknik Menjawab Fizik SPM Format 2021 Kertas 2 Bahagian A

Teknik Menjawab Fizik SPM Format 2021 Kertas 2 BahagianB dan C

laikingfuatgrp@gmail.com 

Concept Review

CONCEPT REVIEW

1. Introduction to Physics

2. Forces and Motions

3. Forces and Pressure

4. Heat

5. Optics

Form 5 Chap 5: Radioactivity

5.1 Understanding the nucleus of an atom

 

5.1.1 The Nucleus

5.1.2 The Nuclide Notation and Isotope

5.2 Analysing radioactive decay

5.2.1 Radioactivity

Form 5. Chap 4. Electronics

4.1 Understanding the Uses of the Cathode Ray Oscilloscope (C.R.O.)

4.1.1 Cathode Ray Oscilloscope

4.1.2 Measuring Potential Difference and Short Time Interval

4.1.3 Displaying Wave Forms

4.2 Understanding Semiconductor Diodes

4.2.1 Semiconductor Diodes

4.2.2 Diodes as Rectifiers

Form 5. Chap 3. Electromagnetism

3.1 Analysing the magnetic effect of a current-carrying conductor

3.1.1 Electromagnet

3.1.2 Factors That Affect the Strength of an Electromagnet

3.1.3 Magnetic Field (Experiment)

3.1.4 Simple Electromagnet (Experiment)

3.2 Understanding the force on a current-carrying conductor in a magnetic field

3.2.1 Current-carrying Conductor in a Magnetic Field

3.2.2 Current-carrying Coil in a Magnetic Field

3.2.3 Direct Current Motor Analysing Electromagnetic

3.2.3 Catapult Force and Simple Motor (Experiment)

Form 5. Chap 2. Electricity

5.1 Analysing Electric Fields and Charge Flow

5.1.1 Electric Current

5.1.2 Electric Field

5.1.3 Electrostatic Charge

5.2 Analysing the Relationship Between Electric Current and Potential Difference

5.2.1 Potential Difference

5.2.2 Ohm's Law

5.2.3 Ohmic Conductor and Superconductor

5.2.4 Current and Voltage (Experiment)

5.3 Analysing Series and Parallel Circuits

Form 5. Chap 1. Waves

A revision resource for my students from St Michael

1.1 Understanding Waves

1.1.1 Wave Motion

1.1.2 General Wave Properties

1.1.3 Displacement - Time Graph and Displacement - Distance Graph For A Wave

1.1.4 The Relationship Between Speed, Wavelength and Frequency

1.1.5 Damping and Resonance In An Oscillating System

1.2 Analysing Reflection of Waves

1.3 Analysing Refraction of Waves

Form 4. Chap 5. Light

5.1 Understanding Reflection of Light

5.1.1 Understanding Reflection of Light I

5.1.2 Understanding Reflection of Light II

5.1.3 Understanding Reflection of Light III

5.1.4 Applications of Reflection of Light

5.1.5 Reflection of Light (Experiment)

5.2 Understanding Refraction of Light

5.2.1 Understanding Refraction of Light I

5.2.2 Understanding Refraction of Light II

5.2.3 Phenomena Due to Refraction

5.2.4 Refraction of Light (Experiment)

5.3 Understanding Total Internal Reflection of Light

5.3.1 Understanding Total Internal Reflection of Light I

5.3.2 Understanding Total Internal Reflection of Light II

5.3.3 Applications of Total Internal Reflection of Light

Form 4. Chap 4. Heat (KSSM)

4.1 Understanding Thermal Equilibrium

4.2 Understanding Specific Heat Capacity

4.2.1 Understanding Specific Heat Capacity I

4.2.2 Understanding Specific Heat Capacity II

4.2.3 Applications of Specific Heat Capacity

4.3 Understanding Specific Latent Heat

4.3.1 Understanding Specific Latent Heat I

4.3.2 Understanding Specific Latent Heat II

4.3.3 Understanding Specific Latent Heat III

Form 4. Chap 3. Forces and Pressure

3.1 Understanding Pressure


3.1.1 Understanding Pressure

3.1.2 Density of Irregular Objects

3.2 Understanding Pressure In Liquids

3.2.1 Understanding Pressure in Liquids

3.2.2 Application of Pressure in Liquids

3.3 Understanding Gas Pressure and Atmospheric Pressure

3.3.1 Understanding Gas Pressure and Atmospheric Pressure

3.3.2 Application of  Gas Pressure and Atmospheric Pressure 

3.3.3 Existence of Atmospheric Pressure

Form 4. Chap 2. Forces and Motion

2.1 Analysing Linear Motion

2.1.1 Speed and Velocity

2.1.2 Acceleration and Deceleration

2.1.3 Equations of Linear Motion

2.2 Analysing Motion Graphs

2.2.1 Displacement - Time Graph

2.2.2 Velocity - Time Graph

2.2.3 Distance Ticker Tape Chart

2.3 Understanding Inertia

2.4 Analysing Momentum

2.4.1 Analysing Momentum

2.4.2 Application of Conservation of Momentum

2.4.3 Momentum, Mass and Velocity

2.5 Understanding the Effects of a Force

2.5.1 Understanding the Effect of Forces

2.5.2 The Relationship Between Force, Mass and Acceleration

2.6 Analysing Impulse and Impulsive Force

2.6.1 Understanding Impulse and Impulsive Force

2.6.2 Analysing Impulse and Impulsive Force

2.6.3 Solving Problems of Impulse and Impulsive Force

2.7 Being Aware of the Need for Safety Features in Vehicles

Form 4. Chap 1. Introduction to Physics

A revision resource for my students from St Michael

1.1 Understanding Physics

1.2 Understanding Base Quantities and Derived Quantities 

1.2.1  Understanding Base Quantities and Derived Quantities

1.2.2 Expressing Quantities

1.2.3 Expressing Derived Quantities 

1.2.4 Solving Problems

1.3 Understanding Scalar and Vector Quantities

村下老

一个很棒的精神粮食宝藏：



mother-lov.blogspot.my 

Intoxication

What is a toxic person?

人一生的歌谱

远离垃圾人

Materials Science And Engineering

1.0 What is Materials Science?

2.0 Materials Science and Engineering.

3.0 MIT - Department of Materials Science and Engineering

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Difference Between Electrical Engineering And Electronics Engineering

Difference Between Electrical Engineering and Electronics Engineering

电工程系 和 电子工程系 的差别

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Mechanical Engineering 机械工程系

What is Mechanical Engineering?

What is a Mechanical Engineer?

Civil Engineering 土木工程系

Career Reference:

Civil Engineering

Career Related To Science And Mathematics

Instructions: 
To view the image in actual size:
1. Click on the image. A new windows (let's name it as Windows 01)  will show.
2. Right click on the image in Windows 01 to select view.
3. The mouse pointer will turn into a magnifying glass image.
4. Click on the image again.


A general previews of all courses related to science and mathematics, available at tertiary level:


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