118 Résultats de recherche correspondants Work
Simulations
- Alternateur
- Ballons et Flottabilité
- Désintégration alpha
- Effet Photoélectrique
- Énergies au Skate Park (HTML5)
- États de la matière
- Fission nucléaire
- Forces et Mouvement
- Formes d'énergie et conversions d'énergie (HTML5)
- Jeu de datation par la radioactivité
- Labo d'électromagnétisme de Faraday
- Labo du pendule (HTML5)
- Lasers
- Forces et mouvement : les bases (HTML5)
- La loi de Faraday (HTML5)
- La loi de Hooke (HTML5)
- Masses et Ressorts (HTML5)
- mass-spring-lab
- Mon système solaire
- Propriétés des gaz (HTML5)
- La rampe
- Rampe : Forces et Mouvement
- Énergie au Skate Park : Les bases (HTML5)
- Tais toi et pousse ! Observation d'un mouvement rectiligne
Activités
- Modeling Friction (Inquiry Based)
- Conservation of Energy using Masses and Springs (homework version) (Inquiry Based)
- Conservation of Energy 1: Introduction (qualitative approach)
- Work - Energy
- FORCES AND MOTION WITH WORK ENERGY
- Masses and Springs Homework Determine Unknowns (Inquiry Based)
- The Photoelectric Effect and Work Functions
- The Photoelectric Effect and Work Functions
- Work Energy on a Ramp
- Work and Energy Simulation Lab
- Elastic potential energy, work and Hooke’s law.
- Photoelectric Effect
- Ripple While You Work
- Application of The First Law of Thermodynamics
- Spring or Sprung?
- Conservation of Energy (Energy Skate Park)
- Energy Skate Park
- Potential Difference in Circuits
- Guía de trabajo Descubre las leyes de los gases.
- Qualitative Introduction to Energy
- Ramp Activity 2: Calculating Net force on an incline (Inquiry Based)
- Ramp Activity 1: Using free body diagrams for motion on an incline (Inquiry Based)
- Using Ratios and Rates to Solve Problems
- Energy Skate Park-NGSS aligned HS
- Photoelectric Effect Virtual Experiment
- Investigating Springs
- Photoelectric effect
- RGB Color
- Fields - NGSS Aligned
- Acid Base Solutions - Concentration and Strength
- Capacitor_Lab_Basics _html_Remote_lab
- Forces and Motion: Finding the Mass of a Car
- Video: Self-paced learning on Energy Skate Park (GPE, KE and Work done)
- The Ramp Mechanical Advantage and Efficiency
- Bunny Blitz
- Energy Chains
- Testing Ideas from Classical and Quantum Physics
- Equivalent Expression Exploration
- projectile motion
- Exploring Light as a Particle
- Rotational Equilibrium Simulation HW
- Greenhouse Gas Lab
- Force and Motion
- Energy Skate Park Formal Lab
- Electric Field Lab
- Defining Functions
- Exploring parallel and perpendicular lines
- pH Relationships
- Models of the Atom
- Ohm's Law Graphing Lab
- projectile motion
- Photoelectric Virtual Experiment
- Introduction to Gas Variables
- Forces and Motion - Friction and Free Body Diagrams
- Charges and Fields Exploration
- Thermodynamics of Skating
- Guided Manual-Worksheet of ideal gas
- Electric Field vs Electric Potential
- Variables and Coefficients
- Action Potential Simulation - Guided Inquiry Activity
- Refraction Lab
- Projectile Motion
- Potential Energy of A Spring (Elastic Potential Energy)
- Balancing equation
- Radioactive Decay, Fission and Chain Reactions
- Energy Skate Park Lesson
- Maze Game
- Energy Skate Park Lab (html5)
- High School Chemistry 1 level: Limiting reagents
- Spring Simulation - Identifying Variables & Asking Questions
- Mr. (Moving Man)
- Free fall
- projectile motion
- Stimulating Neurons
- Lab - Natural Selection
- Greenhouse effect activity
- CD's, DVD's & Optical Commmunication: Binary Coding and Diffraction Errors
- Light Emission and Lasers
- Greased Lightning
- The Two-Slit Experiment
- Gas Laws, Quantitative, Boyle–Mariotte law
- Gas Laws, Quantitative, Gay-Lussac's law
- Gas Laws, Quantitative, Charles' law
- Playing with atoms
- Unit Rate as Slope
- Virtual Lab - Circuit Basics
- Energy Simulation Lab - Skate Park
- Hooke's Law, Spring Constant, and Energy HONORS
- Writing an Equation for the Wave
- Quest for the Coulomb Cup
- States of Matter - Lab Simulation - student procedures and questions
- Atomic Models and Spectroscopy
- Coulomb's Law Data Collection and Analysis (remote online learning)
- Computer Simulations as a Tool to Assist Teaching Basics of Electromagnetism (Simulações Computacionais Como Ferramenta Auxiliar ao Ensino de Conceitos Básicos de Eletromagnetismo)