Form 5 Physics (KBSM) – Teacher Sunny

Current Status

Not Enrolled

Price

$38/bulan (Pakej SPM)

Get Started

Take this Course

Subject/Subjek Content

Expand All

TOPIC 01- Waves 39 Sub-Topics/Topik

Expand

Lesson Content

0% Complete 0/39 Steps

PHY-F5-T1-01 Pendulum & Its Natural Frequency

PHY-F5-T1-02 Spring & Its Natural Frequency

PHY-F5-T1-03 Damping

PHY-F5-T1-04 Resonance

PHY-F5-T1-05 Examples Of Resonance In Our Daily Routine

PHY-F5-T1-06 Types Of Waves. Transverse Waves.

PHY-F5-T1-07 Transverse Waves & Other Terminologies

PHY-F5-T1-08_ How Equation Of Wave V=fλ Is Derived & Its Applications In Calculation

PHY-F5-T1-09 Longitudinal Waves & How Wave Length Is Measured

PHY-F5-T1-10 Application On Wave Equation Is Derived & Its Applications In Calculation

PHY-F5-T1-11 To Use Stroboscope To Freeze Water Waves

PHY-F5-T1-12 Solving Problems With Wave Equation By Using Stroboscope. Refraction Of Water Wave

PHY-F5-T1-13 To Study How Water Waves Refract In Different Depth

PHY-F5-T1-14 Dark & Bright Lines Formed Below Water Surface

PHY-F5-T1-15 To Compare How Water Waves Refract Towards Shallow Region

PHY-F5-T1-16 Pattern Of Water Waves After Refraction. Application On Wave Equation In Refraction

PHY-F5-T1-17 Calculations On Wave Equation In Refraction~ Part 1

PHY-F5-T1-18 Calculations On Wave Equation In Refraction~ Part 2. Reflection Of Water Waves

PHY-F5-T1-19 Different Type Of Barrier Will From Different Pattern Of Reflected Water Waves. Phenomenon Of Diffraction

PHY-F5-T1-20 Why Diffraction Happens & The Factors Of Diffraction

1 of 2

TOPIC 02- Electricity 18 Sub-Topics/Topik

Expand

Lesson Content

0% Complete 0/18 Steps

PHY-F5-T2-01 Quantity Of Electric Charge & Its Application On Q=It & Q=ne

PHY-F5-T2-02 Electric Field And Its Properties

PHY-F5-T2-03 Potential Difference And Its Application

PHY-F5-T2-04 Resistance And Its Factors. Ohm’s Law Circuit And How To Rectify

PHY-F5-T2-05 Ohmic & Non Ohmic Conductors

PHY-F5-T2-06 Series Circuit And Parallel Circuit With Its Properties

PHY-F5-T2-07 Effective Resistance And Its Calculation

PHY-F5-T2-08 Application On V=IR In Electrical Circuits~ Part 1

PHY-F5-T2-09 Application On V=IR In Electrical Circuits~ Part 2

PHY-F5-T2-10 Application On V=IR In Electrical Circuits~ Part 3. EMF And How It Is Derived~ Part 1

PHY-F5-T2-11 EMF And How It Is Derived. Also, Application On E= I(R+r) In Electrical Circuits~ Part 2

PHY-F5-T2-12 EMF And How It Is Derived. Also, Application On E= I(R+r) In Electrical Circuits~ Part 3

PHY-F5-T2-13 EMF And How It Is Derived. Also, Application On E= I(R+r) In Electrical Circuits. To Determine EMF & Internal Resis

PHY-F5-T2-14 EMF And How It Is Derived. Also, Application On E= I(R+r) In Electrical Circuits. To Determine EMF & Internal Resis

PHY-F5-T2-15 Energy & Power In Circuits

PHY-F5-T2-16 Power In Different Circuits

PHY-F5-T2-17 Questions On Power In Circuit

PHY-F5-T2-18 Factors That Affect The Bulb To Light Up Normally

TOPIC 03- Electromagnetism 23 Sub-Topics/Topik

Expand

Lesson Content

0% Complete 0/23 Steps

PHY-F5-T3-01 Effect Of Magnetic Field From Current Flow In Straight Line

PHY-F5-T3-02 Effects Of Magnet Field From Current Flow In Coil

PHY-F5-T3-03 Solenoid & Its Properties

PHY-F5-T3-04 Application Of Electromagnetism Like Electric Bell, Door Chimes, Loud Speaker

PHY-F5-T3-05 Effect Of Force On A Current – Carrying Conductor In A Magnetic Field. Also Catapult Field~ Part 1

PHY-F5-T3-06 Effect Of Force On A Current – Carrying Conductor In A Magnetic Field. Also Catapult Field~ Part 2. How Flemming L

PHY-F5-T3-07 Applications On Flemming Left- Hand Rule~ Part 1

PHY-F5-T3-08 Applications On Flemming Left- Hand Rule~ Part 2. Dc Motor & Its Principle~ Part 1

PHY-F5-T3-09 D.C Motor & Its Principle~ Part 2

PHY-F5-T3-10 A.C Motor & Its Principle~ Part 1

PHY-F5-T3-11 A.C Motor & Its Principle~ Part 2. Principle Of Moving – Coil Galvanometer~ Part 1

PHY-F5-T3-12 Principle Of Moving – Coil Galvanometer~ Part 2. Electromagnetic Induction

PHY-F5-T3-13 Faraday’s Law & Lenz’s Law. How To Determine The Flow Of Induced Current

PHY-F5-T3-14 Application Of Flemming Right Hand Rule~ Part 1

PHY-F5-T3-15 Application Of Flemming Right Hand Rule~ Part 2. What Is Eddy Current Principle Of A.C Generator~ Part 1

PHY-F5-T3-16 Principle Of A.C Generator~ Part 2. Principle Of D.C Generator~ Part 1

PHY-F5-T3-17 Principle D.C Generator~ Part 2. More Examples On Lenz’s Law~ Part 1

PHY-F5-T3-18 More Examples On Lenz’s Law~ Part 2

PHY-F5-T3-19 Principle Of Transformer

PHY-F5-T3-20 Step Up & Step Down Transformer. How To Calculate Use VsVp=nsnp

1 of 2

TOPIC 04- Electronics 30 Sub-Topics/Topik

Expand

Lesson Content

0% Complete 0/30 Steps

PHY-F5-T4-01 Thermionic Emission And Its Factors. Electrical Energy Change To Kinetic Energy

PHY-F5-T4-02 Example Of Calculation In Thermionic Emission. What Is Cathode Rays & Its Properties. How Electron Gun Works

PHY-F5-T4-03 To Show The Effect Of Electric Field & Magnetic Field On Cathode Ray. Principle Of Cathode Ray Oscilloscope (C.R.O)

PHY-F5-T4-04 Principle Of C.R.O

PHY-F5-T4-05 X-Plate Or Time-Base Control. To Show The Waveform On C.R.O. How C.R.O Is Used As Calibrated Voltmeter

PHY-F5-T4-06 To Show How C.R.O Is Used To Measure The Frequency Of Y-Input Plate

PHY-F5-T4-07 Examples On Calculations Of C.R.O

PHY-F5-T4-08 Example On C.R.O Is Used As Stop Watch

PHY-F5-T4-09 Principle Of Semiconductors. Difference Between Intrinsic & Extrinsic Semiconductors.

PHY-F5-T4-10 What Are The Charge Carriers Like Electrons & Holes In Semiconductors

PHY-F5-T4-11 Semiconductor P-Type & N-Type & How They Work

PHY-F5-T4-12 Semiconductor P-Type Comparisons Between P&N Types What Is P-N Junction Diode

PHY-F5-T4-13 How Forward-Biased On P-N Diode Works

PHY-F5-T4-14 How Reverse-Biased On P-N Diode Work. How To Identify A Better Diode From Graph I-V

PHY-F5-T4-15 How Semiconductor Diode Works As A Rectifier. What Are Half Wave & Full Wave Rectification

PHY-F5-T4-16 Circuits On Full Wave Rectification (2 Diodes & 4 Diodes) How Does A Capacitor Work

PHY-F5-T4-17 To Show Capacitor Work As A Filter Current

PHY-F5-T4-18 How To Change A.C To D.C. Introduction Of Transistor.

PHY-F5-T4-19 Principle Of N-P-N Transistor

PHY-F5-T4-20 Principle Of Transistor & How Emitter Current, Base Current & Collector Current Are Produced. Principle Of P-N-P Tr

1 of 2

TOPIC 05- Radioactivity 17 Sub-Topics/Topik

Expand

Lesson Content

0% Complete 0/17 Steps

PHY-F5-T5-01 What Is Radioactivity Definition Of Background Radiation

PHY-F5-T5-02 To Show The Nature Of Alpha, Particles, Beta Particles And Gamma Rays~ Part 1

PHY-F5-T5-03 To Show The Nature Of Alpha, Particles, Beta Particles And Gamma Rays~ Part 2. How Electric Field & Magnetic Field

PHY-F5-T5-04 How Electric Field & Magnetic Field Affect Alpha, Beta & Gamma Rays~ Part 2. How Does Ionisation Of Air Molecules caused by Collision

PHY-F5-T5-05 Heating Process Can Ionise Air Molecules. To Compare Penetrating Power

PHY-F5-T5-06 Radioactivity Detectors Like Electroscope, Geiger-Muller Tube

PHY-F5-T5-07 Principle Of Spark Counter

PHY-F5-T5-08 Principle Of Cloud Chamber

PHY-F5-T5-09 Radioactive Decay Equations

PHY-F5-T5-10 More Examples On How To Solve Radioactive Decay Equations. Graphical Representation Of Radioactive Decay

PHY-F5-T5-11 Rate Of Decay. What Is Half-Life Decay Graph

PHY-F5-T5-12 To Show Background Radiation On Decay Graph By Using Geiger-Muller Counter. Examples On Problem Solving Of Half-Lif

PHY-F5-T5-13 Examples On Problem-Solving Of Half-Life

PHY-F5-T5-14 What Is Radioisotope. Uses Of Radioisotope Like Radiotherapy, Etc

PHY-F5-T5-15 What Is Nuclear Energy Definition Of Nuclear Fusion & How E=MC² Is Used

PHY-F5-T5-16 Definition Of Nuclear Fusion & How E=MC² Is Used. Examples On Problem Solving Of Nuclear Energy

PHY-F5-T5-17 Examples On Problem Solving Of Nuclear Energy. Principle Of Nuclear Reactor