Канал: PGHS Physics

The Physics of Fuzzy Dice: Analyzing Forces, Acceleration, and Angles

The Physics of Fuzzy Dice: Analyzing Forces, Acceleration, and Angles

2D Kinematics Projectile Motion Problem

2D Kinematics Projectile Motion Problem

Solving a Projectile Motion kinematics physics problem

Solving a Projectile Motion kinematics physics problem

Monkey vs Hunter | Mathematical Proof for Projectile Motion Problem

Monkey vs Hunter | Mathematical Proof for Projectile Motion Problem

Top 5 Rotational Motion Questions | AP Physics Exam Prep

Top 5 Rotational Motion Questions | AP Physics Exam Prep

Top 5 AP Physics Test Questions : Simple Harmonic Motion

Top 5 AP Physics Test Questions : Simple Harmonic Motion

Top 5 AP Physics Test Questions : Circular Motion and Gravitation

Top 5 AP Physics Test Questions : Circular Motion and Gravitation

Top 5 AP Physics Momentum Questions | AP Physics Exam Prep

Top 5 AP Physics Momentum Questions | AP Physics Exam Prep

Top 5 AP Physics Energy Questions | AP Physics Exam Prep

Top 5 AP Physics Energy Questions | AP Physics Exam Prep

Top 5 Physics Forces Questions | AP Physics Exam Prep

Top 5 Physics Forces Questions | AP Physics Exam Prep

Top 5 Physics Kinematics Questions | AP Physics Exam Prep

Top 5 Physics Kinematics Questions | AP Physics Exam Prep

AP Physics 1 - Energy FRQ - Bungee Problem

AP Physics 1 - Energy FRQ - Bungee Problem

AP Physics 1 - Forces FRQ - Springs

AP Physics 1 - Forces FRQ - Springs

AP Physics 1 - Forces FRQ - Modified Atwood Machine

AP Physics 1 - Forces FRQ - Modified Atwood Machine

AP Physics 1 FRQ practice - Kinematics - Experimental Design

AP Physics 1 FRQ practice - Kinematics - Experimental Design

Mastering Rotational Motion: Physics Review Problems - Part 1

Mastering Rotational Motion: Physics Review Problems - Part 1

Torque, Rotational Inertia, and Angular Acceleration : Mass on a Pulley

Torque, Rotational Inertia, and Angular Acceleration : Mass on a Pulley

Circuit Analysis with Kirchhoff's Laws | Solving Circuits with Multiple Batteries

Circuit Analysis with Kirchhoff's Laws | Solving Circuits with Multiple Batteries

Circular Motion: 11 Physics Problems Solved | Review Sheet

Circular Motion: 11 Physics Problems Solved | Review Sheet

AP Physics 1 : Simple Harmonic Motion Review Problems

AP Physics 1 : Simple Harmonic Motion Review Problems

How to solve a ladder rotational equilibrium physics problem

How to solve a ladder rotational equilibrium physics problem

Angular Momentum - Concepts and Examples

Angular Momentum - Concepts and Examples

Physics Momentum Review Problems and Solutions

Physics Momentum Review Problems and Solutions

Torque, Rotational Inertia, Angular acceleration: Merry-Go-Round

Torque, Rotational Inertia, Angular acceleration: Merry-Go-Round

Physics Energy Review Sheet Problem Set

Physics Energy Review Sheet Problem Set

Simple Harmonic motion for a pendulum - concepts and example

Simple Harmonic motion for a pendulum - concepts and example

Introduction to fluids, density, pressure

Introduction to fluids, density, pressure

Introduction to Power in Physics with example problems

Introduction to Power in Physics with example problems

Physics Forces Review Example Problems

Physics Forces Review Example Problems

Mastering the Atwood Machine | Finding Acceleration of Two-Mass Systems

Mastering the Atwood Machine | Finding Acceleration of Two-Mass Systems

How to solve an inclined plane physics problem

How to solve an inclined plane physics problem

Net Force Practice Problems | Understanding Forces in Physics

Net Force Practice Problems | Understanding Forces in Physics

2-Dimensional Kinematics Physics Review Practice Problems

2-Dimensional Kinematics Physics Review Practice Problems

How to solve an angled projectile motion problem using kinematics

How to solve an angled projectile motion problem using kinematics

How to Solve Horizontal Projectile Motion Problems

How to Solve Horizontal Projectile Motion Problems

Free Fall Kinematics | Calculating Maximum Height and Hang Time in the Air

Free Fall Kinematics | Calculating Maximum Height and Hang Time in the Air

Understanding Velocity-Time Graphs in Physics | Summary & Analysis

Understanding Velocity-Time Graphs in Physics | Summary & Analysis

Magnetism - FRQ Practice (Paragraph question)

Magnetism - FRQ Practice (Paragraph question)

Circuits - FRQ Practice QQT

Circuits - FRQ Practice QQT

Static Electricity - FRQ Practice #1

Static Electricity - FRQ Practice #1

Static Electricity - Parallel Plates - FRQ#2 (paragraph)

Static Electricity - Parallel Plates - FRQ#2 (paragraph)

Simple Harmonic Motion Graph - Practice FRQ

Simple Harmonic Motion Graph - Practice FRQ

AP Physics 2 - 2018 FRQ #1 - Magnetism Paragraph

AP Physics 2 - 2018 FRQ #1 - Magnetism Paragraph

Thermodynamics - Piston and PV - FRQ practice #2

Thermodynamics - Piston and PV - FRQ practice #2

Thermodynamics - PV diagrams - Physics FRQ practice

Thermodynamics - PV diagrams - Physics FRQ practice

Fluids FRQ practice - Experimental Design

Fluids FRQ practice - Experimental Design

Circular Orbits - AP Physics FRQ Paragraph Practice

Circular Orbits - AP Physics FRQ Paragraph Practice

Experimental Design Practice FRQ - Circular Motion

Experimental Design Practice FRQ - Circular Motion

Experimental Design Physics FRQ using conservation of momentum and energy

Experimental Design Physics FRQ using conservation of momentum and energy

Incline Plane AP Physics Concept Question

Incline Plane AP Physics Concept Question

1 Dimensional kinematics Physics review

1 Dimensional kinematics Physics review

Conceptual Analysis of a Position Time graph with Acceleration

Conceptual Analysis of a Position Time graph with Acceleration

1D Kinematics Problem using only variables (no numbers)

1D Kinematics Problem using only variables (no numbers)

Fluid Flow and the Continuity Equation

Fluid Flow and the Continuity Equation

How to upload handwritten work to a Google Classroom Assignment

How to upload handwritten work to a Google Classroom Assignment

Pascal's Principle and Hydraulics

Pascal's Principle and Hydraulics

Barometer Physics

Barometer Physics

Pressure in U-tubes

Pressure in U-tubes

PE to KE collision + friction

PE to KE collision + friction

Understanding Collisions: Bullet to Block to Spring Momentum/Energy

Understanding Collisions: Bullet to Block to Spring Momentum/Energy

Momentum Energy Combo - Wedge

Momentum Energy Combo - Wedge

Momentum Energy - Spring Separation Combo

Momentum Energy - Spring Separation Combo

How To Calculate Work On An Inclined Plane

How To Calculate Work On An Inclined Plane

Pulling up an Inclined Plane at an angle (Various forces part 2)

Pulling up an Inclined Plane at an angle (Various forces part 2)

Finding the Mass of the Sun | Orbit, Gravity, and Centripetal Force Explained

Finding the Mass of the Sun | Orbit, Gravity, and Centripetal Force Explained

Incline Plane (various forces) Part 1

Incline Plane (various forces) Part 1

Energy Loss Bouncing Ball (Part 2)

Energy Loss Bouncing Ball (Part 2)

Freefall Kinematics (variables only)

Freefall Kinematics (variables only)

Forces - Pulling 2 Masses

Forces - Pulling 2 Masses

Introduction to Friction

Introduction to Friction

2D Horizontal Projectiles (only variables)

2D Horizontal Projectiles (only variables)

AP Physics 1 2017 FRQ#3

AP Physics 1 2017 FRQ#3

AP Physics 1 2017 FRQ #5

AP Physics 1 2017 FRQ #5

AP Physics 1 2017 FRQ #4

AP Physics 1 2017 FRQ #4

AP Physics 1 2017 FRQ #2

AP Physics 1 2017 FRQ #2

AP Physics 1 2017 FRQ #1

AP Physics 1 2017 FRQ #1

Force on a current carrying wire in a magnetic field

Force on a current carrying wire in a magnetic field

Force on a moving charge within a magnetic field with right hand rules

Force on a moving charge within a magnetic field with right hand rules

RC Circuits Example 2 (Steady State)

RC Circuits Example 2 (Steady State)

RC Example 1 (steady state)

RC Example 1 (steady state)

RC Circuit Intro (steady state)

RC Circuit Intro (steady state)

Cathode Ray Tube Calculation

Cathode Ray Tube Calculation

Parallel Plate Example

Parallel Plate Example

Electric Potential Concept

Electric Potential Concept

How to solve the Millikan Oil Drop experiment problem

How to solve the Millikan Oil Drop experiment problem

Centripetal force on a roller coaster

Centripetal force on a roller coaster

How To Calculate Work Using A Force Vs Displacement Graph

How To Calculate Work Using A Force Vs Displacement Graph

Exploring Heat Engines: Efficiency, Work, and Energy Transfer

Exploring Heat Engines: Efficiency, Work, and Energy Transfer

2nd Law of Thermodynamics, Entropy, and Maxwell-Boltzmann

2nd Law of Thermodynamics, Entropy, and Maxwell-Boltzmann

Ideal Gas Law Example w/PV Diagram (Part 2)

Ideal Gas Law Example w/PV Diagram (Part 2)

Piston Cylinder Example Calculations in Thermodynamics

Piston Cylinder Example Calculations in Thermodynamics

Buoyancy Example - Weight in a fluid

Buoyancy Example - Weight in a fluid

Buoyancy Raft example

Buoyancy Raft example

Ideal Gas Law Example (Part 1)

Ideal Gas Law Example (Part 1)

Introduction to Thermal Energy

Introduction to Thermal Energy

Bernouilli Concepts and example

Bernouilli Concepts and example

Fluid Flow and Continuity Example

Fluid Flow and Continuity Example

Introduction to Static Fluids

Introduction to Static Fluids

Pair Production and Annihilation Calculation

Pair Production and Annihilation Calculation

Nuclear Decay Examples

Nuclear Decay Examples

Intro to Nuclear Terminology

Intro to Nuclear Terminology

Intensity Brightness Clarification

Intensity Brightness Clarification

Experimental Setup of the PhotoElectric Effect

Experimental Setup of the PhotoElectric Effect

$How To Find Atomic Spectra Using A Diffraction Grating$

How To Find Atomic Spectra Using A Diffraction Grating

Intro to the Bohr Model

Intro to the Bohr Model

Photon Example Calculation

Photon Example Calculation

$3.6 diffraction grating example$

3.6 diffraction grating example

3.9 comparison of graphs for double, multiple, and single slits

3.9 comparison of graphs for double, multiple, and single slits

What are the variables that can affect lenses?

What are the variables that can affect lenses?

Introduction to Colors

Introduction to Colors

Introduction to Light in Physics

Introduction to Light in Physics

3.11 Thin films Part 2

3.11 Thin films Part 2

3.10 Thin films Part 1

3.10 Thin films Part 1

3.7 single slit concept

3.7 single slit concept

3.5 multiple slit

3.5 multiple slit

3.2 youngs double slit concept

3.2 youngs double slit concept

3.1 light is a wave

3.1 light is a wave

2 10 convex diverging lens drawing

2 10 convex diverging lens drawing

2 9 concave diverging lens concept

2 9 concave diverging lens concept

2 8 convex lens drawing inside focal

2 8 convex lens drawing inside focal

2 7 convex lens drawing (outside focal)

2 7 convex lens drawing (outside focal)

2 6 convex lens concept

2 6 convex lens concept

2 5 convex mirror drawing

2 5 convex mirror drawing

2 4 convex mirror Concept

2 4 convex mirror Concept

2 3 concave mirror drawing inside f

2 3 concave mirror drawing inside f

2 2 concave mirror drawing outside f

2 2 concave mirror drawing outside f

2 1 concave mirror setup

2 1 concave mirror setup

2.0 Plane Mirror

2.0 Plane Mirror

Dispersion in Physics

Dispersion in Physics

Total Internal Reflection

Total Internal Reflection

AP Physics 1 2016 Free Response #5

AP Physics 1 2016 Free Response #5

AP Physics 1 2016 Free Response #4

AP Physics 1 2016 Free Response #4

AP Physics 1 2016 Free Response #3

AP Physics 1 2016 Free Response #3

AP Physics 1 2016 Free Response #2

AP Physics 1 2016 Free Response #2

AP Physics 1 2016 Free Response #1

AP Physics 1 2016 Free Response #1

Example of a Basic Circuit

Example of a Basic Circuit

Introduction to Simple Circuits

Introduction to Simple Circuits

Introduction to Static Electricity

Introduction to Static Electricity

The Physics Of Music: How Sound Works

The Physics Of Music: How Sound Works

Introduction to the Physics of Sound

Introduction to the Physics of Sound

The Speed Of Waves On A String

The Speed Of Waves On A String

Intro to Waves in Physics

Intro to Waves in Physics

SHM Summary Example

SHM Summary Example

Rotational Equilibrium - Hanging Sign

Rotational Equilibrium - Hanging Sign

Understanding Rotational Equilibrium | Free Body Diagrams and Torque Analysis

Understanding Rotational Equilibrium | Free Body Diagrams and Torque Analysis

Center of Mass and Conservation of Momentum

Center of Mass and Conservation of Momentum

Power on an Incline

Power on an Incline

How To Calculate The Energy Lost In A Falling Object

How To Calculate The Energy Lost In A Falling Object

Conservation of Energy Example

Conservation of Energy Example

Gravitational Potential Energy Notes

Gravitational Potential Energy Notes

Work Energy Theorem

Work Energy Theorem

Introduction to Work in Physics

Introduction to Work in Physics

Complex Multiple-Mass Inclined Plane Systems in Physics

Complex Multiple-Mass Inclined Plane Systems in Physics

Mass on table connected to falling mass (Alternate method)

Mass on table connected to falling mass (Alternate method)

How To Find Acceleration In A 2 Mass System in Physics

How To Find Acceleration In A 2 Mass System in Physics

Pulling with a force at an angle

Pulling with a force at an angle

Newton's 2nd Law

Newton's 2nd Law

Forces and Newton's Laws

Forces and Newton's Laws

Introduction to vectors

Introduction to vectors

freefall graphing experiment

freefall graphing experiment

Derivation of Kinematic Equations

Derivation of Kinematic Equations

Kinematic Equations and Examples

Kinematic Equations and Examples

Introduction to Motion in Physics

Introduction to Motion in Physics

Spring Potential Example

Spring Potential Example

Circle spring relationship period

Circle spring relationship period

Spring Potential Notes

Spring Potential Notes

SHM concept

SHM concept

Hooke's law example

Hooke's law example

Hooke's law notes

Hooke's law notes

Torque = Inertia x Angular acceleration Example

Torque = Inertia x Angular acceleration Example

grav PE notes

grav PE notes

Equilibrium Beam

Equilibrium Beam

Torque

Torque

Mass falling from a pulley using Conservation of Energy

Mass falling from a pulley using Conservation of Energy

rotational energy example

rotational energy example

rotational energy notes

rotational energy notes

Rocket Graph

Rocket Graph

Position vs time graphs

Position vs time graphs

velocity vs time graphs

velocity vs time graphs

2015 AP Physics 2 FRQ#4

2015 AP Physics 2 FRQ#4

2015 AP Physics 2 FRQ#3

2015 AP Physics 2 FRQ#3

2015 AP Physics 2 FRQ#2

2015 AP Physics 2 FRQ#2

2015 AP Physics 2 FRQ#1

2015 AP Physics 2 FRQ#1

AP Physics 1 2015 FRQ#5

AP Physics 1 2015 FRQ#5

AP Physics 1 2015 FRQ#2

AP Physics 1 2015 FRQ#2

AP Physics 1 2015 FRQ#4

AP Physics 1 2015 FRQ#4

AP Physics 1 2015 FRQ#3

AP Physics 1 2015 FRQ#3

AP Physics 1 2015 FRQ#1

AP Physics 1 2015 FRQ#1

Voltage Divider (Solution)

Voltage Divider (Solution)

Voltage Divider (setup)

Voltage Divider (setup)

Internal Resistance

Internal Resistance

Kirchoff's Laws

Kirchoff's Laws

equilibrium holding a refrigerator

equilibrium holding a refrigerator

coulombs 2D point charges

coulombs 2D point charges

electric force on 3 charges in a line

electric force on 3 charges in a line

coulombs law notes

coulombs law notes

seesaw center of mass

seesaw center of mass

seesaw equilibrium 3

seesaw equilibrium 3

seesaw equilibrium

seesaw equilibrium

torque example wheel

torque example wheel