Канал: Bennett Science

Combine spreadsheets like a wizard

Combine spreadsheets like a wizard

Print Barcode Labels Using ONLY Google Sheets

Print Barcode Labels Using ONLY Google Sheets

5 minute phone stand for making instructional videos

5 minute phone stand for making instructional videos

$How to see underwater and learn about refraction$

How to see underwater and learn about refraction

3 ways to heat things up - you won't believe #2! (Conduction, convection, and radiation explained)

3 ways to heat things up - you won't believe #2! (Conduction, convection, and radiation explained)

Kinetic Theory: Why you didn't understand conservation of energy

Kinetic Theory: Why you didn't understand conservation of energy

Foggy Mirror Physics

Foggy Mirror Physics

Cavendish Postponed

Cavendish Postponed

Physics at home: How a garage door opener works and how to fix it

Physics at home: How a garage door opener works and how to fix it

Cavendish Gravity Experiment: Building a giant protractor

Cavendish Gravity Experiment: Building a giant protractor

What is a radian, and why did my math teacher keep talking about pie?

What is a radian, and why did my math teacher keep talking about pie?

Lasers and Billiards: Learn the Law of Reflection in 3 Minutes

Lasers and Billiards: Learn the Law of Reflection in 3 Minutes

Cavendish Gravity Experiment: The frame for the apparatus

Cavendish Gravity Experiment: The frame for the apparatus

Physics Life Hack: How to Remove a Fence Post Set in Concrete with a Lever

Physics Life Hack: How to Remove a Fence Post Set in Concrete with a Lever

Cavendish Gravity Experiment: Testing Torsion Constants

Cavendish Gravity Experiment: Testing Torsion Constants

Cavendish Gravity Experiment: Building the Torsion Balance

Cavendish Gravity Experiment: Building the Torsion Balance

Cavendish Gravity Experiment: Evaluating the Materials

Cavendish Gravity Experiment: Evaluating the Materials

Conservation of Momentum Explained + Skateboard Practice Problem

Conservation of Momentum Explained + Skateboard Practice Problem

Cavendish Gravity Experiment: Setting up the math to calculate G from measurements

Cavendish Gravity Experiment: Setting up the math to calculate G from measurements

Calculating Power: Physics Problems and Solutions

Calculating Power: Physics Problems and Solutions

Energy of a roller coaster loop - solved example problem

Energy of a roller coaster loop - solved example problem

Punnett Squares for ELL students

Punnett Squares for ELL students

Dominant and Recessive

Dominant and Recessive

Genetics review for ELL students

Genetics review for ELL students

Punnett Squares notes

Punnett Squares notes

half life explanation and examples

half life explanation and examples

Upping your instructional video quality

Upping your instructional video quality

Wegener's Continental Drift

Wegener's Continental Drift

Simple Harmonic Motion of Mass Spring System and Pendulum

Simple Harmonic Motion of Mass Spring System and Pendulum

Crowds and the continuity equation

Crowds and the continuity equation

Unit 2 review - Newton's Laws

Unit 2 review - Newton's Laws

unit 3 review - Circular motion and gravitation

unit 3 review - Circular motion and gravitation

Kinematics review

Kinematics review

Andrew Bennett Live Stream

Andrew Bennett Live Stream

Solving 2-object problems using Newton's 3rd law approach

Solving 2-object problems using Newton's 3rd law approach

Components of gravity

Components of gravity

Merry go round angular momentum

Merry go round angular momentum

Resistivity example

Resistivity example

Work Energy Analogy

Work Energy Analogy

Work and Energy

Work and Energy

Types of energy

Types of energy

Cavendish Gravity Experiment Time Lapse Version 2

Cavendish Gravity Experiment Time Lapse Version 2

Graphing motion summary

Graphing motion summary

Circular Motion Example

Circular Motion Example

Modified Atwood Machine problem (HQ)

Modified Atwood Machine problem (HQ)

Measuring Newton's 3rd Law of Motion - Cart and String Demo

Measuring Newton's 3rd Law of Motion - Cart and String Demo

Elevator problem

Elevator problem

Newton's 2nd Law

Newton's 2nd Law

Narrative practice - hacky sack

Narrative practice - hacky sack

Graphing Data

Graphing Data

Rotational motion experiment

Rotational motion experiment

Simple Pendulum Lab explanation

Simple Pendulum Lab explanation

Resonance Pipe Experiment explained

Resonance Pipe Experiment explained

Circular Motion Lab explanation

Circular Motion Lab explanation

Mirror optics lab explanation

Mirror optics lab explanation

Kirchoff's rules examples with simpler circuits

Kirchoff's rules examples with simpler circuits

Gravitational potential energy and conservation

Gravitational potential energy and conservation

Two-object Dynamics problems using Newton's 3rd Law

Two-object Dynamics problems using Newton's 3rd Law

Intro to common forces and free body diagrams

Intro to common forces and free body diagrams

Using matrices to solve a system of equations

Using matrices to solve a system of equations

Relative Velocity

Relative Velocity

Vectors and kinematics

Vectors and kinematics

Solving 2d kinematics problems

Solving 2d kinematics problems

Where do the kinematics equations come from?

Where do the kinematics equations come from?

Writing a narrative description of motion example

Writing a narrative description of motion example

doppler effect

doppler effect

Interference and Superposition

Interference and Superposition

Simple Harmonic motion lesson 2

Simple Harmonic motion lesson 2

Simple harmonic motion lesson 3

Simple harmonic motion lesson 3

Ladder Equilibrium

Ladder Equilibrium

Torque Explained

Torque Explained

Conservation of energy for open systems

Conservation of energy for open systems

Newton's Law of Universal Gravitation: Equation and Example Problem

Newton's Law of Universal Gravitation: Equation and Example Problem

Atwood machines

Atwood machines

Friction animation

Friction animation

Friction

Friction

Newton's 3rd Law of Motion- What it is, and what it's NOT

Newton's 3rd Law of Motion- What it is, and what it's NOT

Area under the curve on motion graphs

Area under the curve on motion graphs

Velocity from a position vs time graph

Velocity from a position vs time graph

Playground physics: swing energy

Playground physics: swing energy

Circuit example with multiple batteries

Circuit example with multiple batteries

Item analysis with spreadsheet

Item analysis with spreadsheet

Emission and absorption of light

Emission and absorption of light

Simple harmonic motion with a vertical spring

Simple harmonic motion with a vertical spring

AP Physics 1 Review session 3

AP Physics 1 Review session 3

Snell's law and the critical angle

Snell's law and the critical angle

Angular Momentum and its conservation

Angular Momentum and its conservation

Conservation of energy including rotation

Conservation of energy including rotation

Rotational kinetic energy

Rotational kinetic energy

Angular kinematics

Angular kinematics

Producing educational YouTube videos for your students

Producing educational YouTube videos for your students

Newton's 2nd law of motion ... for rotation

Newton's 2nd law of motion ... for rotation

Rotational inertia

Rotational inertia

AP Physics 1 Review 2

AP Physics 1 Review 2

Solving combination circuits

Solving combination circuits

Equivalent resistance

Equivalent resistance

Kirchoff's loop rule

Kirchoff's loop rule

Kirchoff's junction rule

Kirchoff's junction rule

Power and energy for a resistor

Power and energy for a resistor

Ohm's Law and circuit diagrams

Ohm's Law and circuit diagrams

Circuits overview

Circuits overview

Resistivity and Resistance

Resistivity and Resistance

Newton's cannon animation

Newton's cannon animation

Methods of charging

Methods of charging

Charging by contact animation

Charging by contact animation

Charging by friction animation

Charging by friction animation

Charging by induction

Charging by induction

Electric charge and coulomb's law

Electric charge and coulomb's law

AP Physics 1 Review #1

AP Physics 1 Review #1

Channel preview

Channel preview

Bernouli equation for stationary fluids

Bernouli equation for stationary fluids

Conservation of energy problem - a LOT going on!

Conservation of energy problem - a LOT going on!

ThingLink for explaining parts of a whole

ThingLink for explaining parts of a whole

Facebook privacy controls

Facebook privacy controls

Twitter privacy controls

Twitter privacy controls

Using Google Forms to collect student information

Using Google Forms to collect student information

GPA Calculator

GPA Calculator

Using ThreeRing to collect evidence of learning

Using ThreeRing to collect evidence of learning

Google Plus to enhance teaching and learning

Google Plus to enhance teaching and learning

Using Doctopus with students

Using Doctopus with students

Kahoot for student feedback

Kahoot for student feedback

Ball collisions

Ball collisions

Kinematics with two objects

Kinematics with two objects

Instagram privacy controls

Instagram privacy controls

Beats

Beats

Pipe instruments

Pipe instruments

A 3rd Shm equation problem worked out

A 3rd Shm equation problem worked out

Example of writing a position equation for SHM

Example of writing a position equation for SHM

How to Write Position Equation for Simple Harmonic Motion

How to Write Position Equation for Simple Harmonic Motion

Systems of objects

Systems of objects

gravitational fields

gravitational fields

Block sliding on top of another block with friction

Block sliding on top of another block with friction

Multiple objects forces problem - all symbolic

Multiple objects forces problem - all symbolic

Two blocks dynamics problem

Two blocks dynamics problem

Challenge forces problem with an incline, static friction, and kinetic friction

Challenge forces problem with an incline, static friction, and kinetic friction

Newton's 3 laws overview

Newton's 3 laws overview

Newton's 2nd law example -pushing across the floor

Newton's 2nd law example -pushing across the floor

Forces example -equilibrium

Forces example -equilibrium

Simple forces example problem

Simple forces example problem

2D Newton's 2nd law example problem

2D Newton's 2nd law example problem

Adding vectors

Adding vectors

puzzle solution

puzzle solution

Challenge projectile problem - baseball

Challenge projectile problem - baseball

Projectile example - car jumping on roofs

Projectile example - car jumping on roofs

Projectile motion example - cannon

Projectile motion example - cannon

1D Kinematics equations

1D Kinematics equations

Narrative descriptions of motion

Narrative descriptions of motion

Motion diagrams

Motion diagrams

SBG gradebook in a non-SBG school

SBG gradebook in a non-SBG school

Changing between different motion graphs

Changing between different motion graphs

LT 23 - Work

LT 23 - Work

Strings and pulleys in dynamics problems

Strings and pulleys in dynamics problems

Bennett Module 2 reflection

Bennett Module 2 reflection

term 4 final review

term 4 final review

YouTube Instructions HD

YouTube Instructions HD

Sound lab

Sound lab

4-30 multiple choice answers

4-30 multiple choice answers

Standing Waves

Standing Waves

Atomic and Nuclear physics day 3 notes

Atomic and Nuclear physics day 3 notes

Flipping Physics - Action Research by Andrew Bennett

Flipping Physics - Action Research by Andrew Bennett

Lt 164 - calculations with interference patterns

Lt 164 - calculations with interference patterns

Lt 165 - amplitude, superposition

Lt 165 - amplitude, superposition

LT 163 - interference patterns

LT 163 - interference patterns

Lt 163b

Lt 163b

LT 163a

LT 163a

Standing waves by superposition and reflection

Standing waves by superposition and reflection

LT 160 - Standing waves

LT 160 - Standing waves

Lt 161 - Standing waves in a pipe

Lt 161 - Standing waves in a pipe

Lt 159 - Intensity, inverse-square law

Lt 159 - Intensity, inverse-square law

Lt 158 - transverse vs. longitudinal waves

Lt 158 - transverse vs. longitudinal waves

LT 157 - speed of waves

LT 157 - speed of waves

Lt 156 - reflection of a wave on a string

Lt 156 - reflection of a wave on a string

Lt 155 - Doppler Effect

Lt 155 - Doppler Effect

Lt 153, 154 - intro to waves, wave measurements

Lt 153, 154 - intro to waves, wave measurements

Simple harmonic motion lesson 1

Simple harmonic motion lesson 1

LT 150-152 - Electromagnetic induction

LT 150-152 - Electromagnetic induction

Lt 149 - forces between current-carrying wires

Lt 149 - forces between current-carrying wires

Lt 148 - superposition of magnetic fields by wires

Lt 148 - superposition of magnetic fields by wires

LT 147 - B field caused by a current

LT 147 - B field caused by a current

Lt 146 - forces on a current-carrying loop of wire in a B field

Lt 146 - forces on a current-carrying loop of wire in a B field

Lt 145 - force on a current-carrying wire in a magnetic field

Lt 145 - force on a current-carrying wire in a magnetic field

Lt 144 - magnetic and electric fields together

Lt 144 - magnetic and electric fields together

Lt 142-143 - path of charged particle moving in B field

Lt 142-143 - path of charged particle moving in B field

Lt 141 - direction of magnetic field from forces

Lt 141 - direction of magnetic field from forces

Lt 140 - intro to magnetism, magnetic force on moving charge

Lt 140 - intro to magnetism, magnetic force on moving charge

Lt 134-135 - meters in electric circuits

Lt 134-135 - meters in electric circuits

Lt 136-139 - Capacitors in circuits

Lt 136-139 - Capacitors in circuits

Lt 133 - Ohm's Law, Kirchoff's rules

Lt 133 - Ohm's Law, Kirchoff's rules

Lt 131 - circuit design

Lt 131 - circuit design

LT 130 - voltage, current, and power in a combined circuit

LT 130 - voltage, current, and power in a combined circuit

Lt 129 - equivalent resistance

Lt 129 - equivalent resistance

Lt 128 - voltage, current splits in circuits

Lt 128 - voltage, current splits in circuits

Lt 127 - series vs. parallel resistors

Lt 127 - series vs. parallel resistors

Lt 126 - heat in a resistor

Lt 126 - heat in a resistor

Lt 125 - factors that determine resistance

Lt 125 - factors that determine resistance

Lt 123, 124 - circuits, voltage, resistance, and current

Lt 123, 124 - circuits, voltage, resistance, and current

LT 118- charge and voltage in a capacitor

LT 118- charge and voltage in a capacitor

Lt 121 - electric field in a capacitor

Lt 121 - electric field in a capacitor

Lt 120 - energy transfer from capacitor

Lt 120 - energy transfer from capacitor

Lt 122 - capacitance and dimensions of capacitor

Lt 122 - capacitance and dimensions of capacitor