Канал: Science & Math Education Videos for All

Rotational motion and mechanical energy transformations

Rotational motion and mechanical energy transformations

Mechanical Advantage in Z-Drag System

Mechanical Advantage in Z-Drag System

Searching for Exoplanets: The Transit Method

Searching for Exoplanets: The Transit Method

Painting Damped Oscillations with a Simple Pendulum

Painting Damped Oscillations with a Simple Pendulum

Exploring sound waves: Resonance with pipes

Exploring sound waves: Resonance with pipes

The Physics of Pythagoras Cup

The Physics of Pythagoras Cup

Physics of Resonance: From tuning forks to playground to MRI

Physics of Resonance: From tuning forks to playground to MRI

Waves and Energy Transfer

Waves and Energy Transfer

Analyzing the Effect of Radius on Angular Acceleration of Rolling Sprockets Down a Ramp

Analyzing the Effect of Radius on Angular Acceleration of Rolling Sprockets Down a Ramp

Investigating circular motion with Phyphox

Investigating circular motion with Phyphox

Exploring sound through investigating echoes with Phyphox

Exploring sound through investigating echoes with Phyphox

Energy conservation in a pendulum

Energy conservation in a pendulum

Exploring standing waves and harmonics using PhET and Audacity applications

Exploring standing waves and harmonics using PhET and Audacity applications

Exploring electromagnetism: A homemade railgun experiment

Exploring electromagnetism: A homemade railgun experiment

Exploring magnetic field of an electromagnet with Phyphox

Exploring magnetic field of an electromagnet with Phyphox

Exploring Rotational Motion with Phyphox

Exploring Rotational Motion with Phyphox

Doppler Effect Investigation with Phyphox app

Doppler Effect Investigation with Phyphox app

Resonance: Breaking a wine glass in slow motion (Part 2)

Resonance: Breaking a wine glass in slow motion (Part 2)

Resonance: Breaking a wine glass (Part 1)

Resonance: Breaking a wine glass (Part 1)

How Magneto Generators Work: Part 2

How Magneto Generators Work: Part 2

How Magneto Generators Work: Part 1

How Magneto Generators Work: Part 1

Floating ping pong ball: Bernoulli's principle in action

Floating ping pong ball: Bernoulli's principle in action

Art and physics: Exploring circular motion

Art and physics: Exploring circular motion

Building your own DC motor

Building your own DC motor

Physics behind chopsticks: Lever and torque

Physics behind chopsticks: Lever and torque

Physics of a Crevasse Rescue

Physics of a Crevasse Rescue

Exploring dynamics of rotational motion

Exploring dynamics of rotational motion

Exploring angular momentum, torque, and precession

Exploring angular momentum, torque, and precession

How do sound waves travel through a string phone?

How do sound waves travel through a string phone?

How do 3D glasses work? (Polarization, Part 2)

How do 3D glasses work? (Polarization, Part 2)

Polarization of Light (Polarization, Part 1)

Polarization of Light (Polarization, Part 1)

Physics of pulleys: Mechanical advantage of a pulley system

Physics of pulleys: Mechanical advantage of a pulley system

Clearing up the science behind fogged up glasses

Clearing up the science behind fogged up glasses

A modern look at Young's double-slit interference experiment

A modern look at Young's double-slit interference experiment

Exploring biomechanics of our bodies

Exploring biomechanics of our bodies

Let us spin: Exploring rotational motion

Let us spin: Exploring rotational motion

What is the boiling T of water? Is it always 100 degrees C?

What is the boiling T of water? Is it always 100 degrees C?

Accuracy and precision in science

Accuracy and precision in science

Physics of music

Physics of music

Exploring electromagnets

Exploring electromagnets

Exploring heat capacity: A hands-on activity

Exploring heat capacity: A hands-on activity

Exploring the physics of balancing

Exploring the physics of balancing

The physics of the Greek Waiter demo: Exploring circular motion

The physics of the Greek Waiter demo: Exploring circular motion

The Physics of Music: Exploring the physics of string instruments.

The Physics of Music: Exploring the physics of string instruments.

Intro to Rocks and Minerals Geology Toolkit

Intro to Rocks and Minerals Geology Toolkit

Raspberry Pi: Building a Robot Antenna

Raspberry Pi: Building a Robot Antenna

UC1518 FamilyMathDay V2

UC1518 FamilyMathDay V2

Guitar Pickup Project

Guitar Pickup Project

STEM Education research and practice Dr. Marina Milner-Bolotin

STEM Education research and practice Dr. Marina Milner-Bolotin

Intro to Google Tour for Educators

Intro to Google Tour for Educators

The Mystery of Sodium Polyacrylate

The Mystery of Sodium Polyacrylate

Atlas

Atlas

Exploring the Colours of Birds' Feathers

Exploring the Colours of Birds' Feathers

Lichtenberg Figures - French Version

Lichtenberg Figures - French Version

Lichtenberg Figures - English Version

Lichtenberg Figures - English Version

Exploring Water Movement in Plants

Exploring Water Movement in Plants

Exploring Wimshurst Generator

Exploring Wimshurst Generator

Ice Cube Fishing Experiment

Ice Cube Fishing Experiment

Exploring Surface Tension with Soap-Powered Boats

Exploring Surface Tension with Soap-Powered Boats

Lightbulbs and Circuits

Lightbulbs and Circuits

Exploring Hidden Colours of the Fall Leaves with Paper Chromatography

Exploring Hidden Colours of the Fall Leaves with Paper Chromatography

The Magic (Cartesian) Diver

The Magic (Cartesian) Diver

The Decomposition of Hydrogen Peroxide

The Decomposition of Hydrogen Peroxide

Elephant Toothpaste

Elephant Toothpaste

Exploring the Science behind Ocean Currents

Exploring the Science behind Ocean Currents

Natural Frequency and Harmonics

Natural Frequency and Harmonics

Exploring Density With Oranges, Lemons and Limes

Exploring Density With Oranges, Lemons and Limes

Exploring Surface Tension with Colours

Exploring Surface Tension with Colours

Magical Candle

Magical Candle

Aluminum Boats

Aluminum Boats

Jar of Clouds

Jar of Clouds

Strawberry DNA Extraction

Strawberry DNA Extraction

Exploring buoyancy of Limes, Lemons and Oranges

Exploring buoyancy of Limes, Lemons and Oranges

Sound and Music

Sound and Music

Exploring Bones

Exploring Bones

Exploring Vibrations: Tuning forks and a Chinese bowl

Exploring Vibrations: Tuning forks and a Chinese bowl

Woodpecker is under friction

Woodpecker is under friction

Mind the gap...in the ring!

Mind the gap...in the ring!

Euler spins on a mirror

Euler spins on a mirror

When objects collide...

When objects collide...

Daniel Bernoulli: Not exactly your elevator or "lift" guy

Daniel Bernoulli: Not exactly your elevator or "lift" guy

Inertia, Friction and a Party Table

Inertia, Friction and a Party Table

The "untouchable" pig and frog: Part II

The "untouchable" pig and frog: Part II

Be calm and just SPIN!

Be calm and just SPIN!

The "untouchable" pig and frog: Part I

The "untouchable" pig and frog: Part I

Mirrors in the Kitchen

Mirrors in the Kitchen

Newton's Cradle

Newton's Cradle

Newton's Apple

Newton's Apple

Our little 'magic wand' Part II

Our little 'magic wand' Part II

Eddy currents Part II

Eddy currents Part II

Faraday's Electromagnetic Induction

Faraday's Electromagnetic Induction

A high-voltage ladder

A high-voltage ladder

Growing and scaling a water pearl : Part II

Growing and scaling a water pearl : Part II

Let's tune in the fork!

Let's tune in the fork!

Making a light beam visible: Exploring light from a laser pointer

Making a light beam visible: Exploring light from a laser pointer

"Magic wand' and scotch tape for electrostatics

"Magic wand' and scotch tape for electrostatics

Van de Graaff generator: Part III

Van de Graaff generator: Part III

Van de Graaff generator: Part II

Van de Graaff generator: Part II

Van de Graaff generator

Van de Graaff generator

Singing Wine Glasses

Singing Wine Glasses

The plasma globe and your hands

The plasma globe and your hands

Frogs in the Lab

Frogs in the Lab

Suction cups: the Power from 'nothing'

Suction cups: the Power from 'nothing'

An 'alternative' magnifying glass

An 'alternative' magnifying glass

Visualizing magnetic field lines

Visualizing magnetic field lines

Density in a bowl of beans

Density in a bowl of beans

Galileo Thermometer

Galileo Thermometer

Energy transformation

Energy transformation

Growing and scaling a water pearl

Growing and scaling a water pearl

'Invisible' and 'visible' water pearls

'Invisible' and 'visible' water pearls

Visualizing magnetic field strength

Visualizing magnetic field strength

Can you read my eyes?

Can you read my eyes?

Simple Rules for Electrostatic Attraction

Simple Rules for Electrostatic Attraction

May the Lens Converge With You!

May the Lens Converge With You!

Our little 'magic wand'

Our little 'magic wand'

Eddy currents

Eddy currents

Your electric toothbrush and Faraday's electromagnetic induction

Your electric toothbrush and Faraday's electromagnetic induction

Hand Boiler: Are your hands warm enough?

Hand Boiler: Are your hands warm enough?

Marshmallows are under pressure

Marshmallows are under pressure

$Reflection and Refraction of Light$

Reflection and Refraction of Light

Exploring Electrostatics

Exploring Electrostatics

Law of reflection: Figuring out the distance between a mirror to a virtual image

Law of reflection: Figuring out the distance between a mirror to a virtual image

Reflection in a Plane Mirror

Reflection in a Plane Mirror

How optical fibers work

How optical fibers work

Ideal gas laws and the workings of an ancient Chinese toy

Ideal gas laws and the workings of an ancient Chinese toy