Канал: Science Ready

Gay-Lusaac's Law Explained with Examples // HSC Chemistry

Gay-Lusaac's Law Explained with Examples // HSC Chemistry

Effects of Initial Velocity on Projectile Motion // HSC Physics

Effects of Initial Velocity on Projectile Motion // HSC Physics

Positive and Negative Controls and Why They Are Important

Positive and Negative Controls and Why They Are Important

Validity, Accuracy and Reliability: A Comprehensive Guide – Part 3

Validity, Accuracy and Reliability: A Comprehensive Guide – Part 3

Validity, Accuracy and Reliability: A Comprehensive Guide – Part 2

Validity, Accuracy and Reliability: A Comprehensive Guide – Part 2

Validity, Accuracy and Reliability: A Comprehensive Guide – Part 1

Validity, Accuracy and Reliability: A Comprehensive Guide – Part 1

Heat, Specific Heat Capacity and Temperature // HSC Physics

Heat, Specific Heat Capacity and Temperature // HSC Physics

Sodium Metal Test For Identifying Alcohols // HSC Chemistry

Sodium Metal Test For Identifying Alcohols // HSC Chemistry

How to Analyse Hard Circuit Problems // HSC Physics

How to Analyse Hard Circuit Problems // HSC Physics

Rate of Heat Transfer in Conduction & Thermal Conductivity // HSC Physics

Rate of Heat Transfer in Conduction & Thermal Conductivity // HSC Physics

Types of Heat Transfer Explained: Conduction, Convection & Radiation // HSC Physics

Types of Heat Transfer Explained: Conduction, Convection & Radiation // HSC Physics

Thermal Equilibrium // HSC Physics

Thermal Equilibrium // HSC Physics

Metal Complexes: The Basics // HSC Chemistry

Metal Complexes: The Basics // HSC Chemistry

Latent Heat of State Change // HSC Physics

Latent Heat of State Change // HSC Physics

Oxidation of Alkenes Using Permanganate & Dichromate // HSC Chemistry

Oxidation of Alkenes Using Permanganate & Dichromate // HSC Chemistry

Analysis of Organic Substances Example – M+2 Peak Pattern // HSC Chemistry

Analysis of Organic Substances Example – M+2 Peak Pattern // HSC Chemistry

Current carrying Conductors, Solenoids, Right-hand Rule // HSC Physics

Current carrying Conductors, Solenoids, Right-hand Rule // HSC Physics

Self-ionisation of Water and Kw Calculation Explained // HSC Chemistry

Self-ionisation of Water and Kw Calculation Explained // HSC Chemistry

Ferromagnetism and Magnetic Fields Explained // HSC Physics

Ferromagnetism and Magnetic Fields Explained // HSC Physics

Brightness of Light Bulbs in Series and Parallel Circuits // HSC Physics

Brightness of Light Bulbs in Series and Parallel Circuits // HSC Physics

Electric Power Explained: Equations & Problems // HSC Physics

Electric Power Explained: Equations & Problems // HSC Physics

Series & Parallel Circuits EXPLAINED with Kirchhoff's Circuit Laws // HSC Physics

Series & Parallel Circuits EXPLAINED with Kirchhoff's Circuit Laws // HSC Physics

Current, Voltage and Resistance // HSC Physics

Current, Voltage and Resistance // HSC Physics

Intensity of Light and Inverse Square Law – Explained with Example // HSC Physics

Intensity of Light and Inverse Square Law – Explained with Example // HSC Physics

Visible Light Spectrum & Dispersion of Light // HSC Physics

Visible Light Spectrum & Dispersion of Light // HSC Physics

The Doppler Effect // HSC Physics

The Doppler Effect // HSC Physics

$Refraction of Light & Total Internal Reflection // HSC Physics$

Refraction of Light & Total Internal Reflection // HSC Physics

Ray Diagrams of Mirrors and Lenses // HSC Physics

Ray Diagrams of Mirrors and Lenses // HSC Physics

Concentration & Volume Calculations Involving Equations // HSC Chemistry

Concentration & Volume Calculations Involving Equations // HSC Chemistry

Intramolecular and Intermolecular Forces Explained // HSC Chemistry

Intramolecular and Intermolecular Forces Explained // HSC Chemistry

IUPAC Nomenclature of Inorganic Substances (Covalent + Ionic) // HSC Chemistry

IUPAC Nomenclature of Inorganic Substances (Covalent + Ionic) // HSC Chemistry

What is a Standard Solution? How to Make It Explained // HSC Chemistry

What is a Standard Solution? How to Make It Explained // HSC Chemistry

Dilution – Explained with Examples // HSC Chemistry

Dilution – Explained with Examples // HSC Chemistry

Molecular Geometry & VSEPR Theory EXPLAINED // HSC Chemistry

Molecular Geometry & VSEPR Theory EXPLAINED // HSC Chemistry

Easy way to remember gas laws #chemistry #gaslaws #hsc #hscchemistry #generalchemistry

Easy way to remember gas laws #chemistry #gaslaws #hsc #hscchemistry #generalchemistry

How to Draw Lewis Dot Structures – With Examples // HSC Chemistry

How to Draw Lewis Dot Structures – With Examples // HSC Chemistry

Polyatomic Ions: Structure & Nomenclature // HSC Chemistry

Polyatomic Ions: Structure & Nomenclature // HSC Chemistry

The Physics Behind Beats // HSC Physics

The Physics Behind Beats // HSC Physics

Relative Atomic Mass and How to Calculate It // HSC Chemistry

Relative Atomic Mass and How to Calculate It // HSC Chemistry

Standing Waves in Open and Closed Pipes // HSC Physics

Standing Waves in Open and Closed Pipes // HSC Physics

Covalent Substances: Structure, Properties and Naming // HSC Chemistry

Covalent Substances: Structure, Properties and Naming // HSC Chemistry

Ionic Compounds: Structure, Properties and Naming // HSC Chemistry

Ionic Compounds: Structure, Properties and Naming // HSC Chemistry

Resonance, Driving and Natural Frequency // HSC Physics

Resonance, Driving and Natural Frequency // HSC Physics

Intensity of Sound, Decibel, Inverse Square Law // HSC Physics

Intensity of Sound, Decibel, Inverse Square Law // HSC Physics

Sound Waves: The Basics // HSC Physics

Sound Waves: The Basics // HSC Physics

Gibbs Free Energy (∆G & ∆Gº) and Equilibrium // HSC Chemistry

Gibbs Free Energy (∆G & ∆Gº) and Equilibrium // HSC Chemistry

Electric Potential Energy & Work Done in Electric Fields // HSC Physics

Electric Potential Energy & Work Done in Electric Fields // HSC Physics

Introduction to Electric Fields // HSC Physics

Introduction to Electric Fields // HSC Physics

Charges, Charged Objects and Electrostatic Forces // HSC Physics

Charges, Charged Objects and Electrostatic Forces // HSC Physics

Ideal Gas Law – With Worked Examples // Preliminary HSC Chemistry

Ideal Gas Law – With Worked Examples // Preliminary HSC Chemistry

Progressive and Standing Waves EXPLAINED // HSC Physics

Progressive and Standing Waves EXPLAINED // HSC Physics

Wave Superposition (Interference) & Coherence // HSC Physics

Wave Superposition (Interference) & Coherence // HSC Physics

$Wave Reflection, Refraction, Diffraction & Superposition // HSC Physics$

Wave Reflection, Refraction, Diffraction & Superposition // HSC Physics

A Common Misconception in Photoelectric Effect EXPLAINED // HSC Physics

A Common Misconception in Photoelectric Effect EXPLAINED // HSC Physics

Mass Spectrometry: Interpreting Fragmentation Patterns // HSC Chemistry

Mass Spectrometry: Interpreting Fragmentation Patterns // HSC Chemistry

Solution Equilibrium: Ksp Calculation Exam Questions Explained // HSC Chemistry

Solution Equilibrium: Ksp Calculation Exam Questions Explained // HSC Chemistry

Mass Spectrum: M+2 Peak EXPLAINED & Examples // HSC Chemistry

Mass Spectrum: M+2 Peak EXPLAINED & Examples // HSC Chemistry

Managing Your Time Better in Exams – HSC Chemistry & Physics

Managing Your Time Better in Exams – HSC Chemistry & Physics

Summary of Atomic Models & Experiments // HSC Physics

Summary of Atomic Models & Experiments // HSC Physics

How to Improve After HSC Trial Exam – Part 2 // HSC Chemistry & Physics

How to Improve After HSC Trial Exam – Part 2 // HSC Chemistry & Physics

Properties of Longitudinal Waves // HSC Physics

Properties of Longitudinal Waves // HSC Physics

How to Improve After HSC Trial Exam – Part 1 // HSC Chemistry & Physics

How to Improve After HSC Trial Exam – Part 1 // HSC Chemistry & Physics

Properties of Transverse Waves // HSC Physics

Properties of Transverse Waves // HSC Physics

What are Waves? Mechanical vs Electromagnetic Waves // HSC Physics

What are Waves? Mechanical vs Electromagnetic Waves // HSC Physics

Moderation, Alignment & Scaling EXPLAINED – HSC Chemistry & Physics

Moderation, Alignment & Scaling EXPLAINED – HSC Chemistry & Physics

Enthalpy of Neutralisation Calculations // HSC Chemistry

Enthalpy of Neutralisation Calculations // HSC Chemistry

Naming organic compounds - part 7 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 7 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds part 6 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds part 6 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 5 #hsc #generalchemistry #organicchemistry #chemistry

Naming organic compounds - part 5 #hsc #generalchemistry #organicchemistry #chemistry

Naming organic compounds - part 4 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 4 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 3 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 3 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 2 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 2 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Force vs Time Graphs & Impulse // HSC Physics

Force vs Time Graphs & Impulse // HSC Physics

Calculating pH After Mixing Acid & Base // HSC Chemistry

Calculating pH After Mixing Acid & Base // HSC Chemistry

Measuring Enthalpy of Neutralisation // HSC Chemistry

Measuring Enthalpy of Neutralisation // HSC Chemistry

Conservation of Momentum in Two Dimensions // HSC Physics

Conservation of Momentum in Two Dimensions // HSC Physics

Alkyne Hydration (Mechanism of Reaction) // HSC Chemistry

Alkyne Hydration (Mechanism of Reaction) // HSC Chemistry

Force, Momentum and Impulse // HSC Physics

Force, Momentum and Impulse // HSC Physics

Organic Chemistry Isomer Question (Part 2)

Organic Chemistry Isomer Question (Part 2)

Elastic and Inelastic Collisions // HSC Physics

Elastic and Inelastic Collisions // HSC Physics

Organic Chemistry Isomer Question (Part 1)

Organic Chemistry Isomer Question (Part 1)

Momentum & Law of Conservation of Momentum // HSC Physics

Momentum & Law of Conservation of Momentum // HSC Physics

What is Power? // HSC Physics

What is Power? // HSC Physics

Difference Between Homologous Series and Functional Group // HSC Chemistry

Difference Between Homologous Series and Functional Group // HSC Chemistry

Common Conservation of Energy Problems // HSC Physics

Common Conservation of Energy Problems // HSC Physics

Conservation of Energy & Mechanical Energy // HSC Physics

Conservation of Energy & Mechanical Energy // HSC Physics

Energy and Work: The Basics // HSC Physics

Energy and Work: The Basics // HSC Physics

Choosing the Right Graph in Science

Choosing the Right Graph in Science

Organic Chemistry Reaction Pathway Question // HSC Chemistry

Organic Chemistry Reaction Pathway Question // HSC Chemistry

Masses in System: Inclined Surface and Pulley // HSC Physics

Masses in System: Inclined Surface and Pulley // HSC Physics

Masses Hanging From a Pulley // HSC Physics

Masses Hanging From a Pulley // HSC Physics

Systems Involving Multiple Masses // HSC Physics

Systems Involving Multiple Masses // HSC Physics

Inclined Surface with FRICTION // HSC Physics

Inclined Surface with FRICTION // HSC Physics

Forces on a Frictionless Inclined Surface // HSC Physics

Forces on a Frictionless Inclined Surface // HSC Physics

Equilibrium in Physics EXPLAINED with examples // HSC Physics

Equilibrium in Physics EXPLAINED with examples // HSC Physics

Independent, Dependent and Controlled Variables

Independent, Dependent and Controlled Variables

Newtonian Laws of Motion EXPLAINED // HSC Physics

Newtonian Laws of Motion EXPLAINED // HSC Physics

How to Calculate Net Force // HSC Physics

How to Calculate Net Force // HSC Physics

What is a Force? Types of Forces // HSC Physics

What is a Force? Types of Forces // HSC Physics

How to Calculate Average and Instantaneous Velocity // HSC Physics

How to Calculate Average and Instantaneous Velocity // HSC Physics

Average vs Instantaneous Velocity // HSC Physics

Average vs Instantaneous Velocity // HSC Physics

Calculating Equilibrium Constant Using Colourimetry // HSC Chemistry

Calculating Equilibrium Constant Using Colourimetry // HSC Chemistry

Relative Velocity // HSC Physics

Relative Velocity // HSC Physics

How to Draw Tables and Graphs in Science

How to Draw Tables and Graphs in Science

How to Resolve Vectors in Physics // HSC Physics

How to Resolve Vectors in Physics // HSC Physics

Kinematic Equations Calculations Part 1 // HSC Physics

Kinematic Equations Calculations Part 1 // HSC Physics

Motion with Uniform Acceleration // HSC Physics

Motion with Uniform Acceleration // HSC Physics

Scalar & Vectors Quantities // HSC Physics

Scalar & Vectors Quantities // HSC Physics

How to Write a Science Report

How to Write a Science Report

Oxidation Number & State // Preliminary HSC Chemistry

Oxidation Number & State // Preliminary HSC Chemistry

Reaction Rate & Collision Theory // Preliminary HSC Chemistry

Reaction Rate & Collision Theory // Preliminary HSC Chemistry

Enthalpy of Combustion Calculation // HSC Chemistry

Enthalpy of Combustion Calculation // HSC Chemistry

What is Redox Reaction? Oxidation and Reduction // Preliminary HSC Chemistry

What is Redox Reaction? Oxidation and Reduction // Preliminary HSC Chemistry

Chemical Reactions Involving Metals // Preliminary HSC Chemistry

Chemical Reactions Involving Metals // Preliminary HSC Chemistry

How to Draw and Name Skeletal Diagrams // HSC Chemistry

How to Draw and Name Skeletal Diagrams // HSC Chemistry

Indigenous Detoxification Methods // Preliminary HSC Chemistry

Indigenous Detoxification Methods // Preliminary HSC Chemistry

Acid-Base Reactions (Neutralisation) // Preliminary HSC Chemistry

Acid-Base Reactions (Neutralisation) // Preliminary HSC Chemistry

Different Models of Light & Experiments Summary // HSC Physics

Different Models of Light & Experiments Summary // HSC Physics

Why Does 45º Launch Angle Give Maximum Range? // HSC Physics

Why Does 45º Launch Angle Give Maximum Range? // HSC Physics

Combustion Reactions // Preliminary HSC Chemistry

Combustion Reactions // Preliminary HSC Chemistry

Precipitation and Solubility Rules // Preliminary HSC Chemistry

Precipitation and Solubility Rules // Preliminary HSC Chemistry

Naming Every Organic Functional Group Using IUPAC Conventions // HSC Chemistry

Naming Every Organic Functional Group Using IUPAC Conventions // HSC Chemistry

Schrödinger's Model of the Atom // HSC Physics

Schrödinger's Model of the Atom // HSC Physics

Synthesis and Decomposition Reactions // Preliminary HSC Chemistry

Synthesis and Decomposition Reactions // Preliminary HSC Chemistry

de Broglie's Matter Waves and Supporting Evidence // HSC Physics

de Broglie's Matter Waves and Supporting Evidence // HSC Physics

Physical and Chemical Change // Preliminary HSC Chemistry

Physical and Chemical Change // Preliminary HSC Chemistry

Concentration and Making a Standard Solution // Preliminary HSC Chemistry

Concentration and Making a Standard Solution // Preliminary HSC Chemistry

Bohr Atomic Model, Rydberg's Equation, Hydrogen Spectrum // HSC Physics

Bohr Atomic Model, Rydberg's Equation, Hydrogen Spectrum // HSC Physics

How to do calculations involving gases

How to do calculations involving gases

Chadwick's Discovery of the Neutron // HSC Physics

Chadwick's Discovery of the Neutron // HSC Physics

How to solve limiting reagent questions // Preliminary HSC Chemistry

How to solve limiting reagent questions // Preliminary HSC Chemistry

Geiger-Marsden Gold Foil Experiment & Rutherford Atomic Model // HSC Physics

Geiger-Marsden Gold Foil Experiment & Rutherford Atomic Model // HSC Physics

Mole and Molar Mass Calculation for Different Reactions // Preliminary HSC Chemistry

Mole and Molar Mass Calculation for Different Reactions // Preliminary HSC Chemistry

Millikan's Oil Drop Experiment // HSC Physics

Millikan's Oil Drop Experiment // HSC Physics

Stoichiometry: How to Balance Chemical Equations // Preliminary HSC Chemistry

Stoichiometry: How to Balance Chemical Equations // Preliminary HSC Chemistry

Thomson's Discovery of the Electron // HSC Physics

Thomson's Discovery of the Electron // HSC Physics

Gas Laws: Charle's, Boyle's, Gay-Lusaac's and Avogadro's Law // HSC Chemistry

Gas Laws: Charle's, Boyle's, Gay-Lusaac's and Avogadro's Law // HSC Chemistry

Cathode Ray Tube Experiments // HSC Physics

Cathode Ray Tube Experiments // HSC Physics

Hertzsprung-Russell Diagram // HSC Physics

Hertzsprung-Russell Diagram // HSC Physics

How Chemical Buffers Work & Buffers in Natural Systems // HSC Chemistry

How Chemical Buffers Work & Buffers in Natural Systems // HSC Chemistry

The Origin and Expansion of The Universe // HSC Physics

The Origin and Expansion of The Universe // HSC Physics

Mole & Molar Mass // Preliminary HSC Chemistry

Mole & Molar Mass // Preliminary HSC Chemistry

Particle and Antiparticle Annihilation // HSC Physics

Particle and Antiparticle Annihilation // HSC Physics

Introduction to Quantitative Chemistry // Preliminary HSC Chemistry

Introduction to Quantitative Chemistry // Preliminary HSC Chemistry

Energy Production in Stars // HSC Physics

Energy Production in Stars // HSC Physics

Mass-energy Equivalence Equation & Calculations // HSC Physics

Mass-energy Equivalence Equation & Calculations // HSC Physics

What is pKa and pKb? Theory & Calculation // HSC Chemistry

What is pKa and pKb? Theory & Calculation // HSC Chemistry

Conductometric Titration & Titration Curves // HSC Chemistry

Conductometric Titration & Titration Curves // HSC Chemistry

Relativistic Momentum, Maximum Limit on Objects' Speed // HSC Physics

Relativistic Momentum, Maximum Limit on Objects' Speed // HSC Physics

Acidic, Basic, and Neutral Salts // HSC Chemistry

Acidic, Basic, and Neutral Salts // HSC Chemistry

How pH Indicator Works // HSC Chemistry

How pH Indicator Works // HSC Chemistry

Michelson-Morley Experiment, Spectra from Binary Stars // HSC Physics

Michelson-Morley Experiment, Spectra from Binary Stars // HSC Physics

How to Do Titration Calculations // HSC Chemistry

How to Do Titration Calculations // HSC Chemistry

Hafele-Keating Experiment, Muon Experiment // HSC Physics

Hafele-Keating Experiment, Muon Experiment // HSC Physics

Preparing for Titration: Washing & Set-up // HSC Chemistry

Preparing for Titration: Washing & Set-up // HSC Chemistry

Time Dilation & Length Contraction // HSC Physics

Time Dilation & Length Contraction // HSC Physics

Introduction to pH and pOH // HSC Chemistry

Introduction to pH and pOH // HSC Chemistry

Back Titration Calculations // HSC Chemistry

Back Titration Calculations // HSC Chemistry

Naming organic compounds - part 1 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Naming organic compounds - part 1 #chemistry #organicchemistry #hscchemistry #hsc #generalchemistry

Special Relativity – Einstein's Two Postulates // HSC Physics

Special Relativity – Einstein's Two Postulates // HSC Physics

Preparing a standard solution for titration

Preparing a standard solution for titration

Titration Curves for High School Chemistry

Titration Curves for High School Chemistry

Photoelectric Effect and Quantum Model of Light // HSC Physics

Photoelectric Effect and Quantum Model of Light // HSC Physics

Black Body Radiation, Planck's Quantum Theory & Wien's Displacement Law // HSC Physics

Black Body Radiation, Planck's Quantum Theory & Wien's Displacement Law // HSC Physics

How to Compare the Strength of Acids and Bases // HSC Chemistry

How to Compare the Strength of Acids and Bases // HSC Chemistry

A Detailed Explanation of Stars' Spectra // HSC Physics

A Detailed Explanation of Stars' Spectra // HSC Physics

Things spectrum of a star tells us about the star

Things spectrum of a star tells us about the star

What you need to know about equilibrium constant

What you need to know about equilibrium constant

Spectra from Incandescent Filament, Discharge Tubes and Sunlight // HSC Physics

Spectra from Incandescent Filament, Discharge Tubes and Sunlight // HSC Physics

How was Light's Speed Measured? A Detailed Explanation // HSC Physics

How was Light's Speed Measured? A Detailed Explanation // HSC Physics

Enthalpy of Neutralisation of Strong & Weak Acids/Bases // HSC Chemistry

Enthalpy of Neutralisation of Strong & Weak Acids/Bases // HSC Chemistry

Polarisation of Light & Malus' Law with Calculations! // HSC Physics

Polarisation of Light & Malus' Law with Calculations! // HSC Physics

Neutralisation in Everyday Life and Industrial Processes // HSC Chemistry

Neutralisation in Everyday Life and Industrial Processes // HSC Chemistry

Maxwell's Contributions to Electromagnetism // HSC Physics

Maxwell's Contributions to Electromagnetism // HSC Physics

Amphiprotic Substances // HSC Chemistry

Amphiprotic Substances // HSC Chemistry

$Light Diffraction Calculation Questions // HSC Physics$

Light Diffraction Calculation Questions // HSC Physics

Acid/base Conjugate Pairs, Strength and Concentration // HSC Chemistry

Acid/base Conjugate Pairs, Strength and Concentration // HSC Chemistry

$Diffraction of Light & Young's Experiment // HSC Physics$

Diffraction of Light & Young's Experiment // HSC Physics

Acid Reactions with Bases, Metals, Metal Oxides, Metal Carbonates // HSC Chemistry

Acid Reactions with Bases, Metals, Metal Oxides, Metal Carbonates // HSC Chemistry

Newton's and Huygens' Models of Light // HSC Physics

Newton's and Huygens' Models of Light // HSC Physics

Nomenclature & Structure of Inorganic Acids & Bases // HSC Chemistry

Nomenclature & Structure of Inorganic Acids & Bases // HSC Chemistry

Acid/Base Models: Arrhenius & Brønsted-Lowry Acids and Bases // HSC Chemistry

Acid/Base Models: Arrhenius & Brønsted-Lowry Acids and Bases // HSC Chemistry

How Does Electromagnetic Braking Work? // HSC Physics

How Does Electromagnetic Braking Work? // HSC Physics

How Do AC and DC Generators Work? // HSC Physics

How Do AC and DC Generators Work? // HSC Physics

How Does an AC Induction Motor Work? // HSC Physics

How Does an AC Induction Motor Work? // HSC Physics

We Are Science Ready

We Are Science Ready

What is the Role of Transformer in Power Transmission? // HSC Physics

What is the Role of Transformer in Power Transmission? // HSC Physics

Power Loss & Efficiency of Transformers // HSC Physics

Power Loss & Efficiency of Transformers // HSC Physics

How Does a Transformer Work? // HSC Physics

How Does a Transformer Work? // HSC Physics

Parallel vs Radial Magnetic Fields in DC Motors // HSC Physics

Parallel vs Radial Magnetic Fields in DC Motors // HSC Physics

Back EMF in DC Motors // HSC Physics

Back EMF in DC Motors // HSC Physics

Periodicity (Periodic Table Trends) // Preliminary HSC Chemistry

Periodicity (Periodic Table Trends) // Preliminary HSC Chemistry

How Does a DC Motor Work? Components & Torque of DC Motors // HSC Physics

How Does a DC Motor Work? Components & Torque of DC Motors // HSC Physics

Schrödinger Model & How to Write SPDF Notation // Preliminary HSC Chemistry

Schrödinger Model & How to Write SPDF Notation // Preliminary HSC Chemistry

Lenz's Law & Conservation of Energy // HSC Physics

Lenz's Law & Conservation of Energy // HSC Physics

Radiation & Nuclear Reactions // Preliminary HSC Chemistry

Radiation & Nuclear Reactions // Preliminary HSC Chemistry

Faraday's Law & Induced EMF and Current // HSC Physics

Faraday's Law & Induced EMF and Current // HSC Physics

Bohr Model - Flame Test, AES, Electron Configuration // Preliminary HSC Chemistry

Bohr Model - Flame Test, AES, Electron Configuration // Preliminary HSC Chemistry

Magnetic Flux & Flux Density // HSC Physics

Magnetic Flux & Flux Density // HSC Physics

Practical Investigation of the Motor Effect // HSC Physics

Practical Investigation of the Motor Effect // HSC Physics