362 søgeresultater matchende AP Physics

Simuleringer

• Afbøjning af lys (HTML5)
• Aldersbestemmelse og radioaktivitet
• Alfahenfald
• Atomers vekselvirkning (HTML5)
• Balanceakt (HTML5)
• Balloner og opdrift
• Balloner og statisk elektricitet (HTML5)
• Balloner og statisk elektricitet
• Batteri-modstands kredsløb.
• Batterispænding
• Betahenfald
• Bevægelse i 2 dimensioner
• Byg en kerne (HTML5)
• Byg et atom (HTML5)
• Bølgeinterferens (HTML5)
• Bølger: Intro (HTML5)
• Calculus grafer (HTML5)
• Coulombs lov (HTML5)
• Davisson-Germer: Elektron-diffaktion
• Diffusion (HTML5)
• Dobbelt- og kovalente bindinger
• Dobbeltrettede reaktioner
• Drejningsmoment
• Drivhuseffekten
• Elektrisk drømmefelt
• Elektrisk felthockey
• Energiformer og ændringer (HTML5)
• Energi-skatepark (HTML5)
• Energi-skatepark: Basis (HTML5)
• Faradays elektromagnetiske laboratorium (HTML5)
• Faradays elektromagnetiske laboratorie.
• Faradays lov (HTML5)
• Farvesyn (HTML5)
• Forenklet MR
• Fotoelektrisk effekt
• Fourier: Bølgefremstilling (HTML5)
• Fourir: Bølgefremstilling
• Friktion (HTML5)
• Gas-egenskaber (HTML5)
• Gasser: Intro (HTML5)
• Generator (HTML5)
• Geometrisk optik (HTML5)
• Geometrisk optik: Basis (HTML5)
• Halvledere
• Hookes lov (HTML5)
• John TraVoltage (HTML5)
• John TraVoltage
• Keplers love (HTML5)
• Kernespaltning
• Kollisions-laboratorium (HTML5)
• Kondensator-lab
• Kondensator-laboratorium: Basis (HTML5)
• Krafter og bevægelse
• Kredsløbs-konstruktion: AC (HTML5)
• Kredsløbs-konstruktion: AC - virtuelt laboratorium (HTML5)
• Kredsløbs-konstruktion: DC (HTML5)
• Kredsløbs-konstruktion: DC - virtuelt laboratorium (HTML5)
• Kræfter i 1 dimension
• Kræfter og bevægelse: Basis (HTML5)
• Kurvetilpasning (HTML5)
• Kvante møntkast (HTML5)
• Kvantemåling (HTML5)
• Kvantespringsstadir
• Kvante-tunnelering og bølgepakker
• Kvantum-bølge interferens (HTML5)
• Ladninger og felter (HTML5)
• Lasere
• Ledningsevne
• Lyd
• Lys og brydning
• Magneter og elektromagneter (HTML5)
• Magnet og kompas (HTML5)
• Manden der bevæger sig
• Mariehøne bevægelse i 2d
• Mariehønerundtur
• Massefylde (HTML5)
• Mikrobølger
• Mit solsystem (HTML5)
• Modeller af hydrogenatomet (HTML5)
• Model af hydrogenatomet
• Modstand i en tråd (HTML5)
• Molekyler og lys (HTML5)
• Molekylære motorer
• Månelander
• Neon- og andre udladningslamper
• Normalindstillinger
• Ohms lov (HTML5)
• Opdrift (HTML5)
• Opdrift: Basis (HTML5)
• Optisk klemme og anvendelse
• Pendul-laboratorium (HTML5)
• Plinko-sandsynlighed (HTML5)
• Projektildata-laboratorium (HTML5)
• Radiobølger & elektromagnetiske felter
• Rampe: Kraften og bevægelse
• Rampen
• Reaktioner og størrelser
• Resonans
• Rutherford-spredning (HTML5)
• Signalkredsløb
• Skal struktur
• Skrå kast (HTML5)
• Sortlegeme-spektrum (HTML5)
• Stern-Gerlach Eksperimentet
• Stoftilstande (HTML5)
• Stående bølge (HTML5)
• Stoftilstande: Basis (HTML5)
• Tiltrækning og kredsløb (HTML5)
• Tiltræknings-laboratorium (HTML5)
• Tiltræknings-laboratorium: Basis (HTML5)
• Udstræk DNA
• Udstrålende ladning
• Under tryk (HTML5)
• Vektor-addition (HTML5)
• Vektorgolf
• Vægte og fjedre (HTML5)
• Vægte og fjedre
• Vægte og fjedre: Basis (HTML5)
• Væsketryk og bevægelse

Aktiviteter

• PhET Simulations Aligned for AP Physics C
• AP Physics Orbit Lab
• AP Physics PhET Projectile Motion Lab
• Spring Force, Spring Constant and Elastic Potential Energy
• Photoelectric Effect Phet Worksheet (AP Physics 2)
• Gas Properties Phet Simulation worksheet (AP Physics 2)
• AP Physics Gravity Lab
• Activity: My Solar System for APP1
• Pendulum Inquiry and Lab Report
• Fluid Pressure and Flow Phet Simulation worksheet
• Virtual Lab
• 2D Collision Lab
• Lab: Capacitance
• Interactive Photoelectric Effect Lab
• Photoelectric Effect (AP)
• Gravity Force Investigation (AP)
• Lab: Electric Field & Electric Potential
• Chaos Physics
• Under Pressure
• Mapping Electric Fields
• Beer's Law: An AP Chemistry Activity
• Wave Interference with Water Waves (AP)
• 'Lectronic Plates
• Natural Selection - 7.2 AP BIOLOGY
• DC Circuit Lab
• The Two-Plate Special
• Waves on a String HTML5 PreAP Lesson
• Algebra-based Physics Semester one lessons, clicker questions, and schedule in pdf (Inquiry Based)
• Energy Skate Park Formal Lab
• Reflection and Transmission Interactive Lecture
• Roller Coaster Physics Investigation
• The physics of the triple jump
• Lab Photoelectric Effect
• Blackbody Spectrum: The Birth of Quantum Physics
• Maze Game- A Velocity & Acceleration Comparison
• physics is fun
• Concept questions for Physics using PhET (Inquiry Based)
• Mapping of PhET and IBDP Physics
• Swinging Physics Using Pendulum Phet
• Gravity Force Lab PreAP using HTML5 Sim
• MYP Physics: Gravitational force vs. Distance
• Physics Graphing and Introduction to Models
• Universal Gravity-building formula, quantitative with graphing
• Collision investigation lab
• Projectile Motion - Physics 1 lab experiment
• Learn and Try: Gravitational Force (Khan Academy Physics)
• Learn and Try: Wave Properties (Khan Academy Physics)
• Learn and Try: Electric and Magnetic Forces (Khan Academy Physics)
• Learn and Try: Conservation of Energy (Khan Academy Physics)
• Regents Physics- Projectile Motion Intro
• MYP Physics: Electric Force vs. Distance
• Electric fields
• Pendulum Lab
• My Solar System
• Projectile Motion - Physics 1 Lab
• Density Exploration
• Operon Modeling 2.0
• Chemistry - Introduction to Coulomb's Law
• PhET Energy Skate park
• vectors
• Water Waves in an Electric Sink
• 2.6 APES: Adaptation & Natural Selection
• Conservation of Energy Exploration with Skatepark Physics
• Charges and Fields
• Projectiles Air Resistance - It's a Drag
• Vectors for Physics 1
• Alpha Decay investigations
• Exploring the Energy Skate Park
• Static Pressure
• Gravity Force Lab
• Beta Decay Investigations
• Maze Game 1: Using vector representations to move through a maze (Inquiry Based)
• Potential Difference in Circuits
• Physics Lab Worksheet Momentum.docx
• Action Potential Simulation - Guided Inquiry Activity
• Exploring Gravitation
• vector addition
• Learn and Try: Collisions (Khan Academy Physics)
• Equilibrium Inquiry and Experiment Activity
• Circuit Construction Kit
• Kinetic Molecular Theory- Introduction (inquiry-based)
• PhET Collision Lab
• Vector addition worksheet
• Undergrad MRI Workshop Activity
• Computer Simulations as a Tool to Assist Teaching Basics of Electromagnetism (Simulações Computacionais Como Ferramenta Auxiliar ao Ensino de Conceitos Básicos de Eletromagnetismo)
• Capacitor Lab: Basics: Inquiry into Capacitor Design
• Projectile motion
• PhET Lab States of Matter Basics
• Magnetism
• Ispitivanje fotoelektricnog efekta pomocu PhET simulacije
• Friction Experiment
• Vectors worksheet
• Vector Addition Worksheet
• Horizontal Launch Investigation
• Investigating Net Force
• Waves on a String AP1
• Guided Discovery (Chinese/English) for Freshman University Physics: 2. Newtonian Mechanics
• Guided Discovery (Chinese/English) for Freshman University Physics: 3. Energy & Momentum
• Guided Discovery (Chinese/English) for Freshman University Physics: 5. Introduction to Waves
• Guided Discovery (Chinese/English) for Freshman University Physics: 1. Kinematics
• Guided Discovery (Chinese/English) for Freshman University Physics: 6. Wave Interference
• Guided Discovery (Chinese/English) for Freshman University Physics: 4. Rotations & Oscillations
• Learn and Try: Combinations of Springs (Khan Academy Physics)
• Learn and Try: Projectile Motion (Khan Academy Physics)
• Quest for the Coulomb Cup
• Middle School - Electric Circuits
• Projectile Motion Experiments
• Projectile motion worksheet
• Hooke's Law inquiry lab
• Middle School - series and parallel circuits
• Gene Regulation Guided Simulation
• Visualizing Mixing with Sugar and Salt Solutions
• Gases Understanding physical properties of gases (Inquiry Based)
• Learn and Try: Atomic Spectra (Khan Academy Chemistry and Physics)
• Learn and Try: Connecting Motion and Forces (Khan Academy Physics)
• Learn and Try: Period of Spring-Mass Oscillators (Khan Academy Physics)
• Learn and Try: Period of Simple Pendulums (Khan Academy Physics)
• Davisson Germer lecture and homework
• Density-introduction
• Circuit Lab 2 - Series and Parallel Circuits
• The Photoelectric Effect and Work Functions
• Electrostatics Simulation lab
• Rutherford Experiment
• Intro to Photoelectric Effect Interactive Lecture
• Forces and Motion: Finding the Mass of a Car
• Circuit activity 3 Combination Circuits (Inquiry Based)
• Wave Particle Duality
• EM wave analogy tutorial
• Probability and Randomness Interactive Lecture
• Horizontal projectile motion
• Projectile motion
• Projectile Motion
• projectile motion
• Projectile Motion
• Bouncing Off the Walls
• PhET Lab Energy Skate Park 2
• Climate Change - Gas
• Cavendish Lab
• Conservation of Mechanical Energy
• Vector Addition
• Pixel Peeping
• Linear momentum
• Gravity Force Lab Guided Inquiry
• Milk Trucks
• Net force
• MRI lecture and homework
• How to make a laser
• Stern Gerlach clicker questions
• Introduction to Discharge Lamps
• Understanding the Photoelectric Effect Homework
• Types of Forces Investigation
• Fluid Experiments
• Projectile Motion - developing understanding.
• The Ramp Mechanical Advantage and Efficiency
• Projectile Motion
• Energy Skate Park Lab Questions
• Projectile Motion
• Pushing Things Around
• Greased Lightning
• Worlds of Wonder
• Simple Pendulum
• Designing Experiments Using Masses & Springs
• Projectile Motion (Lab Report)
• Balancing Act Homework Activity 1 and 2
• Energy Chains
• projectile motion
• Mass/Spring Activity
• Simple Pendulum Investigation Lesson Plan
• Radioactive Decay, Fission and Chain Reactions
• PhET Energy Forms and Changes Virtual Lab
• Projectile Motion Discovery
• Energy Simulation
• Exploring Fission (inquiry)
• Applied Forces and Friction and a Review of Newton's 1st and 2nd Law
• D.C Circuit Simulation 1
• Photoelectric Effect
• Energy Skate Park Lab (html5)
• Bending Light Student Worksheet
• Crash!
• Forces and Newton's Laws Review
• Bose-Einstein Condensation Lesson
• Atomic Interactions PhET Exploration - with Coulomb's Law application
• Blackbody Spectrum
• Conservation of Energy (Energy Skate Park)
• Introduction to Fourier Analysis
• Current in DC Circuits
• Projectile Motion Lab
• Lunar Lander/ Fun Game
• D.C Circuit Simulation 2 - Series and Parallel
• Electromagnetic Induction
• Projectile Motion Simulator
• Electromagnetic Generation - Phet simulation
• Investigating waves
• Making STABLE Atoms Lab
• Lesson plan
• Vector Addition Worksheet
• Projectile Motion
• Photoelectric Effect
• Quantitative Predictions of Projectile Motion
• Projectile motion and horizontal component of its velocity
• Momentum Lab
• Circuits lab manual with experimental& theoretical value comparison
• Interacciones atómicas Exploración PhET
• Group data generating activity to find Lac Operon effectiveness
• Coulomb's Law for Chemistry
• Introduction to Energy Model
• Radio Waves & Electromagnetic Fields Simulation Homework
• Circuit Lab 1 - Properties of Electric Circuits
• Moving Man II: Acceleration vs. Time
• Moving Man I: Velocity vs. Time Graphs
• Ohm's Law, Kirchhoff's Laws, Resistors in Parallel and Series Lab
• Atomic models homework (Inquiry based)
• Microwaves Simulation Activity
• Microwaves Simulation Homework
• Photoelectric Effect
• Finding Wave Properties
• Modeling Gravity
• Greenhouse effect activity
• Circuit Principles and Applications
• Charges and Charged Objects Investigation
• Addition and Resolution of Vectors
• Moving Man Motion Graph Review
• Sound Simulation Homework II
• Projectile launch angle vs displacement
• Hooke's Law and Spring Constant with Energy: Regular Level
• Horizontal Projectile Motion
• Modeling Paradigm Lab- 2nd Law
• The Two-Slit Experiment
• Rubric for Simple Pendulums - What Affects the Period?
• Ενεργειακά Διαγράμματα
• MS and HS TEK to Sim Alignment
• Activity: Wave on a String
• Vector Activity
• Guided lab with instructions, screenshots and questions
• Resistivity in a wire
• Understanding Planetary Motion using Kepler’s Laws
• Graphing Energy at the Skate Park
• Electric Field Hockey Post-Game Analysis
• El ruido y la contaminación acústica en mi ciudad
• Blackbody Radiation Activity
• Discovering Wien's and Stefan-Boltzmann's Laws
• Optical Quantum Control_Optical Pulse Shaping_PhET
• Online Assignment 4 Ms & Ss