Канал: Chris Doner

SHM Motion Equations with Phase Angle C.1 HL

SHM Motion Equations with Phase Angle C.1 HL

New Syllabus, Tutoring & Mentoring, Group Rates, IB Physics Store

New Syllabus, Tutoring & Mentoring, Group Rates, IB Physics Store

IB Physics: Kinematic Concepts, A.1

IB Physics: Kinematic Concepts, A.1

IB Physics: Einstein's 2 Postulates of Special Relativity

IB Physics: Einstein's 2 Postulates of Special Relativity

IB Physics: Introduction to Special Relativity HL

IB Physics: Introduction to Special Relativity HL

IB Physics: Relativistic Velocity Addition, A.5

IB Physics: Relativistic Velocity Addition, A.5

IB Physics: Sliding Friction

IB Physics: Sliding Friction

IB Physics: Forces and Free Body Diagrams

IB Physics: Forces and Free Body Diagrams

Services Offered by C. Doner's IB Physics

Services Offered by C. Doner's IB Physics

IB Physics Tutoring, Mentoring and Group Rates

IB Physics Tutoring, Mentoring and Group Rates

Solving IB Physics Problems Involving Ratios by Understanding Proportionality

Solving IB Physics Problems Involving Ratios by Understanding Proportionality

Slopes and Areas of Graphs and Per Unit Quantities

Slopes and Areas of Graphs and Per Unit Quantities

Fisision & Fusion: Energy Released in Nuclear Reactions

Fisision & Fusion: Energy Released in Nuclear Reactions

Drawing Common Electric field patterns (Field Line Diagrams)

Drawing Common Electric field patterns (Field Line Diagrams)

Capacitors and Capacitance

Capacitors and Capacitance

IB Physics: Electrical Transformers

IB Physics: Electrical Transformers

Relative Motion / Relative Velocity

Relative Motion / Relative Velocity

Tips / Advice on Sitting an IB Science / Physics Exam to score a 7.

Tips / Advice on Sitting an IB Science / Physics Exam to score a 7.

IB Physics Tutoring, IA and EE Mentoring, Memberships

IB Physics Tutoring, IA and EE Mentoring, Memberships

Kinematics Problem Solving

Kinematics Problem Solving

Accuracy, Precision Systematic Error and Random Uncertainty

Accuracy, Precision Systematic Error and Random Uncertainty

Atwoods Machine Revisited. What happens when the pulley is not Massless?

Atwoods Machine Revisited. What happens when the pulley is not Massless?

Atomic Spectra

Atomic Spectra

Stability of the Nucleus

Stability of the Nucleus

Applying the Law of Conservation of Energy

Applying the Law of Conservation of Energy

Mass Spectrometer

Mass Spectrometer

Damping

Damping

Measuring Very Short Distances Using the Interference Pattern on an Air Wedge

Measuring Very Short Distances Using the Interference Pattern on an Air Wedge

IB Physics: Voltage and Current

IB Physics: Voltage and Current

Representing Longitudinal Waves on Displacement-Position Graphs

Representing Longitudinal Waves on Displacement-Position Graphs

$Reflection, Transmission and Refraction of Waves$

Reflection, Transmission and Refraction of Waves

How Knowing Thyself can Improve Your Studying and Your Intuitive Confidence

How Knowing Thyself can Improve Your Studying and Your Intuitive Confidence

How to Garden Your Thoughts to Improve Your Ability in Physics or Life

How to Garden Your Thoughts to Improve Your Ability in Physics or Life

JEE Advanced Physics Question, Ideal Gases, 2020 Paper 2 #6

JEE Advanced Physics Question, Ideal Gases, 2020 Paper 2 #6

JEE Advanced Physics, Rotational Mechanics, 2016 Paper 2, #7

JEE Advanced Physics, Rotational Mechanics, 2016 Paper 2, #7

IB Physics: Optical Resolution and the Rayleigh Criterion, Topic 9.4

IB Physics: Optical Resolution and the Rayleigh Criterion, Topic 9.4

JEE Advanced Physics 2021 Paper 1 Question 5-6

JEE Advanced Physics 2021 Paper 1 Question 5-6

$(Trailer) Single Slit Diffraction Pattern$

(Trailer) Single Slit Diffraction Pattern

(Trailer) IB Physics: Translational Equilibrium 2021

(Trailer) IB Physics: Translational Equilibrium 2021

Analyzing Experimental Data Using Google Sheets

Analyzing Experimental Data Using Google Sheets

IB Physics: Oscillations & SHM

IB Physics: Oscillations & SHM

Drawing Maximum & Minimum Slope Lines to Determine Uncertainty Slope & Y-intercept in Excel

Drawing Maximum & Minimum Slope Lines to Determine Uncertainty Slope & Y-intercept in Excel

Concepts for a Thermal Balance Climate Model

Concepts for a Thermal Balance Climate Model

Fluid Flow & Bernoulli's Principle

Fluid Flow & Bernoulli's Principle

25 Great IB Style Multiple Choice Questions on Kinematics

25 Great IB Style Multiple Choice Questions on Kinematics

IB Physics: Acceleration

IB Physics: Acceleration

IB Physics: The DOPPLER Effect

IB Physics: The DOPPLER Effect

Preview / Review of Topic 2.2, Forces

Preview / Review of Topic 2.2, Forces

Spacetime Diagrams

Spacetime Diagrams

15 Great IB Style Style Questions on Topic 5.2, Electric Circuits (Sampler)

15 Great IB Style Style Questions on Topic 5.2, Electric Circuits (Sampler)

IB Physics: Propagating Uncertainties

IB Physics: Propagating Uncertainties

IB Physics: (Sampler) 15 Great IB Style Multiple Choice Questions on Topic 5.4, Magnetic Fields

IB Physics: (Sampler) 15 Great IB Style Multiple Choice Questions on Topic 5.4, Magnetic Fields

IB Physics: (Sampler) 15 Great IB Style Multiple Choice Questions on Topic 5.1, Electric Fields

IB Physics: (Sampler) 15 Great IB Style Multiple Choice Questions on Topic 5.1, Electric Fields

IB Physics: 25 IB Style Multiple Choice Questions on Topic 3, Thermal Physics (sampler)

IB Physics: 25 IB Style Multiple Choice Questions on Topic 3, Thermal Physics (sampler)

Viewer Comments

Viewer Comments

IB Physics: Becoming Skillful with Data Analysis Questions (Trailer)

IB Physics: Becoming Skillful with Data Analysis Questions (Trailer)

25 Great IB Style Multiple Choice Questions on Topic 8,Energy Production (Trailer)

25 Great IB Style Multiple Choice Questions on Topic 8,Energy Production (Trailer)

IB Physics: Solar, Hydro and Wind Power

IB Physics: Solar, Hydro and Wind Power

IB Physics: 25 Great IB Style Multiple Choice Exam Questions on Topic 4, Waves (Trailer)

IB Physics: 25 Great IB Style Multiple Choice Exam Questions on Topic 4, Waves (Trailer)

Quantum Engtanglement with Gramma and Grampa

Quantum Engtanglement with Gramma and Grampa

Marking an IB Science Internal Assessment (Trailer)

Marking an IB Science Internal Assessment (Trailer)

IB Physics: Lifecycle of a Star

IB Physics: Lifecycle of a Star

IB Physics: Brightness & Luminosity

IB Physics: Brightness & Luminosity

One Consciousness?

One Consciousness?

IB Physics: How to Write a Hypothesis

IB Physics: How to Write a Hypothesis

IB Physics: Internal Assessment

IB Physics: Internal Assessment

IB Physics: Lorentz Transformations

IB Physics: Lorentz Transformations

Ray Diagrams for Lenses

Ray Diagrams for Lenses

Optics and Ray Diagrams for Curved Mirrors

Optics and Ray Diagrams for Curved Mirrors

https://www.youtube.com/channel/UCeuPfIdRICtXZ0ayS9GolAg

https://www.youtube.com/channel/UCeuPfIdRICtXZ0ayS9GolAg

Data Tables and Graphs using Google Sheets

Data Tables and Graphs using Google Sheets

Creating Footnotes and a Bibliography Using Easybib

Creating Footnotes and a Bibliography Using Easybib

IB Physics: Significant Figures & Scientific Notation

IB Physics: Significant Figures & Scientific Notation

Arguing in Science

Arguing in Science

How Atomic Structure organizes the Periodic Table

How Atomic Structure organizes the Periodic Table

Building a Network of Ideas

Building a Network of Ideas

Counting Atoms

Counting Atoms

IB Physics: Acceleration

IB Physics: Acceleration

The Learning Curve

The Learning Curve

IB Physics: Recording Uncertainties

IB Physics: Recording Uncertainties

Reflections in Mirrors

Reflections in Mirrors

IB Physics: Problem Solving with Circular Motion

IB Physics: Problem Solving with Circular Motion

IB Physics: Angular Momentum

IB Physics: Angular Momentum

IB Physics: Rotational Kinematics

IB Physics: Rotational Kinematics

IB Physics: Momentum and Impulse

IB Physics: Momentum and Impulse

Molecular (Covalent) Compounds

Molecular (Covalent) Compounds

IB Physics: Power & Efficiency

IB Physics: Power & Efficiency

IB Physics: Thin Film Interference

IB Physics: Thin Film Interference

IB Physics: Energy Balance Climate Model & The Greenhouse Effect

IB Physics: Energy Balance Climate Model & The Greenhouse Effect

IB Physics: Nuclear Power

IB Physics: Nuclear Power

IB Physics: The Basics of Power Plants, How do they work?

IB Physics: The Basics of Power Plants, How do they work?

IB Physics: Newton II, The Law of Acceleration

IB Physics: Newton II, The Law of Acceleration

IB Physics: Newton I, The Law of Inertia

IB Physics: Newton I, The Law of Inertia

IB Physics: Einstein's 2 Postulates

IB Physics: Einstein's 2 Postulates

IB Physics: Connecting Meters (Ammeters and Voltmeters)

IB Physics: Connecting Meters (Ammeters and Voltmeters)

IB Physics: Potential Dividers

IB Physics: Potential Dividers

IB Physics: Electric Potential Difference

IB Physics: Electric Potential Difference

IB Physics: Entropy

IB Physics: Entropy

IB Physics: Transformers

IB Physics: Transformers

IB Physics: Rotational Dynamics

IB Physics: Rotational Dynamics

IB Physics: Simultaneity

IB Physics: Simultaneity

IB Physics: Proper Length & Time and Point-Length Problems

IB Physics: Proper Length & Time and Point-Length Problems

IB Physics: Spacetime Diagrams

IB Physics: Spacetime Diagrams

IB Physics: Introduction to Relativity

IB Physics: Introduction to Relativity

IB Physics: Equipotentials

IB Physics: Equipotentials

IB Physics: Uniform Circular Motion

IB Physics: Uniform Circular Motion

IB Physics: Archimedes Principle & Buoyant Force

IB Physics: Archimedes Principle & Buoyant Force

IB Physics: AC Generators & RMS values

IB Physics: AC Generators & RMS values

IB Physics: Capacitance

IB Physics: Capacitance

IB Physics: Forces and Free Body Diagrams

IB Physics: Forces and Free Body Diagrams

IB Physics: The Atom

IB Physics: The Atom

IB Physics: Alpha, Beta and Gamma Radiation

IB Physics: Alpha, Beta and Gamma Radiation

IB Physics: Fields & Test Charges

IB Physics: Fields & Test Charges

IB Physics: Cells, EMF and Internal Resistance

IB Physics: Cells, EMF and Internal Resistance

IB Physics: 3 Kinds of Fields

IB Physics: 3 Kinds of Fields

IB Physics: Force on a Current Carrying Wire

IB Physics: Force on a Current Carrying Wire

IB Physics: Electron Drift

IB Physics: Electron Drift

IB Physics: Review of Topic 2.1 on Motion

IB Physics: Review of Topic 2.1 on Motion

IB Physics: Phase Change Curve and Specific & Latent Heat

IB Physics: Phase Change Curve and Specific & Latent Heat

Phase Diagrams

Phase Diagrams

IB Physics: Oscillations & Simple Harmonic Motion (old version)

IB Physics: Oscillations & Simple Harmonic Motion (old version)

IB Physics: Applying the Ideal Gas Law & the Boltzman constant

IB Physics: Applying the Ideal Gas Law & the Boltzman constant

IB Physics: Kinetic, Gravitational and Elastic Potential Energies

IB Physics: Kinetic, Gravitational and Elastic Potential Energies

IB Physics: Vertical Projectiles

IB Physics: Vertical Projectiles

IB Physics: Newton's Third Law, The law of Action and Reaction

IB Physics: Newton's Third Law, The law of Action and Reaction

IB Physics: Thermal Concepts

IB Physics: Thermal Concepts

IB Physics: Wavefunctions

IB Physics: Wavefunctions

IB Physics: Using Excel for Linearizing Graphs

IB Physics: Using Excel for Linearizing Graphs

IB Physics: Average and Instantaneous Velocity on an x-t Graph

IB Physics: Average and Instantaneous Velocity on an x-t Graph

IB Physics: Exchange Particles

IB Physics: Exchange Particles

IB Physics: Quarks, Leptons & Antiparticles

IB Physics: Quarks, Leptons & Antiparticles

IB Physics: Carnot Engine & Engine Efficiency

IB Physics: Carnot Engine & Engine Efficiency

IB Physics: Thermodynamic Concepts

IB Physics: Thermodynamic Concepts

IB Physics: Conservation Laws for Particle Physics

IB Physics: Conservation Laws for Particle Physics

IB Physics: Kinematic Concepts

IB Physics: Kinematic Concepts

IB Physics: Rotational Kinematics

IB Physics: Rotational Kinematics

IB Physics: Rotational Inertia (Moment of Inertia)

IB Physics: Rotational Inertia (Moment of Inertia)

IB Physics: Rotational Equilibrium

IB Physics: Rotational Equilibrium

IB Physics: Torque

IB Physics: Torque

IB Physics: The Mass Spectrometer

IB Physics: The Mass Spectrometer

IB Physics: Sliding (dynamic or kinetic) friction and Coefficients of Friction

IB Physics: Sliding (dynamic or kinetic) friction and Coefficients of Friction

IB Physics: Elemental Particles

IB Physics: Elemental Particles

IB Physics: Introduction to Quantum Weirdness

IB Physics: Introduction to Quantum Weirdness

IB Physics: Rutherford Scattering and the Nuclear Radius

IB Physics: Rutherford Scattering and the Nuclear Radius

IB Physics: Linearizing Graphs in Physics

IB Physics: Linearizing Graphs in Physics

IB Physics: Propagating Uncertainties

IB Physics: Propagating Uncertainties

IB Physics: Projectiles I, a qualitative look at motion in 2D

IB Physics: Projectiles I, a qualitative look at motion in 2D

IB Physics: Vector Subtraction

IB Physics: Vector Subtraction

IB Physics: Vector Addition Using Rectangular Components

IB Physics: Vector Addition Using Rectangular Components

IB Physics: Electric Potential

IB Physics: Electric Potential

IB Physics: Common Field Patterns

IB Physics: Common Field Patterns

IB Physics: Electrostatic Charge

IB Physics: Electrostatic Charge

IB Physics: The Energy Balance Climate Model

IB Physics: The Energy Balance Climate Model

Nuclear Power

Nuclear Power

IB Physics: The Greenhouse effect

IB Physics: The Greenhouse effect

IB Physics: Unit Conversions & Dimensional Analysis to Derive Formulas

IB Physics: Unit Conversions & Dimensional Analysis to Derive Formulas

What exactly is a mole?

What exactly is a mole?

IB Physics: Inclined Planes

IB Physics: Inclined Planes

IB Physics: Polarization

IB Physics: Polarization

IB Physics: Transformations of Motion Graphs

IB Physics: Transformations of Motion Graphs

IB Physics: Reading Interpreting Velocity-Time Graphs

IB Physics: Reading Interpreting Velocity-Time Graphs

IB Physics: Faraday's Law of Electromagnetic Induction

IB Physics: Faraday's Law of Electromagnetic Induction

IB Theory of Knowledge: Tools for thinking ToK

IB Theory of Knowledge: Tools for thinking ToK

IB Physics: The Extended Essay

IB Physics: The Extended Essay

IB Theory of Knowledge: A Map of Everything for ToK

IB Theory of Knowledge: A Map of Everything for ToK

IB Physics: Uncertainty in Slope using Excel's LINEST

IB Physics: Uncertainty in Slope using Excel's LINEST

IB Physics: The Photoelectric Effect

IB Physics: The Photoelectric Effect

IB Physics: Matter Waves

IB Physics: Matter Waves

IB Physics: The Uncertainty Principle

IB Physics: The Uncertainty Principle

IB Physics: Nuclear Binding Energy

IB Physics: Nuclear Binding Energy

IB Physics: Nuclear Reactions

IB Physics: Nuclear Reactions

IB Physics: Postulating the Neutrino

IB Physics: Postulating the Neutrino

IB Physics: Decay Constant

IB Physics: Decay Constant

IB Physics: Half Lives

IB Physics: Half Lives

IB Physics: The Bainbridge Mass Spectrometer

IB Physics: The Bainbridge Mass Spectrometer

IB Physics: Formulas, Trendlines and Error bars in Excel

IB Physics: Formulas, Trendlines and Error bars in Excel

IB Physics: Magnetic Force acting on Moving Charges

IB Physics: Magnetic Force acting on Moving Charges

IB Physics: Magnetic Fields, Topic 5.4

IB Physics: Magnetic Fields, Topic 5.4

IB Physics: Sensors

IB Physics: Sensors

IB Physics: Circuit Analysis

IB Physics: Circuit Analysis

IB Physics: Power in Electric Circuits

IB Physics: Power in Electric Circuits

IB Physics: Equivalent Resistance

IB Physics: Equivalent Resistance

IB Physics: Acceleration across Parallel Plates

IB Physics: Acceleration across Parallel Plates

IB Physics: Concepts for a Thermal Climate Model

IB Physics: Concepts for a Thermal Climate Model

IB Physics: Using Excel to Draw Maximum and Minimum slopes & find uncertainty in slope and intercept

IB Physics: Using Excel to Draw Maximum and Minimum slopes & find uncertainty in slope and intercept

$IB Physics: Snell's Law of Refraction$

IB Physics: Snell's Law of Refraction

$IB Physics: Reflection and Transmission / Refraction of Waves$

IB Physics: Reflection and Transmission / Refraction of Waves

IB Physics: Superposition and Interference of Waves

IB Physics: Superposition and Interference of Waves

IB Physics: Wave Characteristics

IB Physics: Wave Characteristics

IB Physics: Damping

IB Physics: Damping

IB Physics: Energy Considerations in Simple Harmonic Motion

IB Physics: Energy Considerations in Simple Harmonic Motion

IB Physics: The Motion Equations of Simple Harmonic Motion

IB Physics: The Motion Equations of Simple Harmonic Motion

Evaporation versus Boiling

Evaporation versus Boiling

IB Physics: Combining Momentum and Energy Conservation

IB Physics: Combining Momentum and Energy Conservation

Grade 10 Science (SNC2P): Ionic Compounds

Grade 10 Science (SNC2P): Ionic Compounds

Grade 10 Science SNC2P-D: Patterns of Ions in the Periodic Table

Grade 10 Science SNC2P-D: Patterns of Ions in the Periodic Table

IB Physics: Determining Uncertainty in slope and Y intercept (old version)

IB Physics: Determining Uncertainty in slope and Y intercept (old version)

IB Physics: Applications of Newtons Laws (old version)

IB Physics: Applications of Newtons Laws (old version)

IB Physics: Creating Motion Graphs using Open Office

IB Physics: Creating Motion Graphs using Open Office

Grade 10 Science SNC2P/D: Diverging Mirrors

Grade 10 Science SNC2P/D: Diverging Mirrors