搜尋結果
162 搜尋結果符合 Browser based
模擬教學
- Molecules and Light_分子與光 (HTML5)
- Molecules and Light 分子與光
- Molecule Shapes_分子形狀 (HTML5)
- Molecule Shapes 分子形狀
- Reactants, Products and Leftovers_反應物, 生成物及剩餘物 (HTML5)
- Reactants, Products and Leftovers 反應物, 生成物及未反應的
- 氣體特性
- 薄膜通道
活動
- Online Assignment 4 Ms & Ss
- Pendulum Lab 2: Find g (Inquiry Based)
- States of Matter (Inquiry based) Phase Change and Phase diagrams
- Images from Convex Lenses (Inquiry Based)
- Ladybug Motion 2D Vector controls for circle/elliptical motion (inquiry based)
- Conservation of Energy 1 Energy Skate Park introduction (Inquiry Based)
- Reactions and Rates 1 Introduction to reactions (Inquiry Based)
- Pendulum Lab 1: intro to pendulums (Inquiry Based)
- Modeling Friction (Inquiry Based)
- Wave unit (Inquiry Based)
- Moving Man (Inquiry Based)
- Waves on a String (Inquiry Based)
- Wave Representations (Inquiry Based)
- Sound: An Introduction (Inquiry Based)
- Waves: Superposition (Inquiry Based)
- Arithmetic Games (Inquiry Based)
- Magnets-Introduction (Inquiry Based)
- pH Scale inquiry-based intro to acid-base
- Equation Grapher: Sketching Linear and Parabolic Graphs (Inquiry Based)
- Introduction to Static Electricity using Electric Field Hockey and Charges and Fields (Inquiry Based)
- Induction (high school version) (Inquiry Based)
- Wave clicker questions (Inquiry Based)
- Kinetic Molecular Theory- Introduction (inquiry-based)
- A Projectile Motion-Introduction (Inquiry Based)
- Salts and Solubility 2: Solubility (Inquiry Based)
- Fourier Making Waves Game (Inquiry Based)
- Induction (college homework version) (Inquiry Based)
- Reactions and Rates 4 lessons (Inquiry Based)
- Balloons and Bouyancy: An Introduction to Bouyancy - (Inquiry Based)
- Inquiry Based Modeling Static Electricity
- Build an Molecule - Inquiry-based basics
- Balancing Chemical Equations - Inquiry based Introduction
- Wave Modeling and Wave addition (Inquiry Based)
- Atomic models homework (Inquiry based)
- Static Magnetic and Electric unit (Inquiry Based)
- Electric Energy and Capacitance demonstrations (Inquiry Based)
- Algebra-based Physics Semester one lessons, clicker questions, and schedule in pdf (Inquiry Based)
- An investigation into Building Electric Circuits (Inquiry Based)
- Wave demonstrations: water, sound, light (Inquiry Based)
- Circuit Activity 2 Series & Parallel Circuits (Inquiry Based)
- Vector Addition 1: Introduction to vector math (Inquiry Based)
- Conservation of Energy using Masses and Springs (homework version) (Inquiry Based)
- Salts and Solubility 5: Designer Salts (Inquiry Based)
- Salts and Solubility 3: Solution Equilibrium and Ksp (Inquiry Based)
- Ladybug Revolution activity: Exploring rotational motion (Inquiry Based)
- Reactions and Rates 3: Introduction to Equilibrium (Inquiry Based)
- Vector Addition 2: Understanding Force equilibrium (Inquiry Based)
- Ramp Activity 2: Calculating Net force on an incline (Inquiry Based)
- Circuit activity 3 Combination Circuits (Inquiry Based)
- Maze Game 2: Vector controls for circular motion (Inquiry Based)
- Salts and Solubility Concept Questions for 5 activitites (Inquiry Based)
- Energy Skate Park - Four activities (Inquiry Based)
- Maze game: 2 activities in pdf (Inquiry Based)
- Build an Atom - Inquiry-based basics (homework version)
- Circuit Construction Kit- series of three activitites (Inquiry Based)
- Circuit 1 Properties of Electric Circuits (Inquiry Based)
- Energy Skate Park Clicker Questions (Inquiry Based)
- Salts and Solubility 1: introduction to salts (Inquiry Based)
- Reactions and Rates College version for tab 3- kinetics (Inquiry Based)
- Reactions and Rates 2: Intro to Kinetics (inquiry based)
- Masses and Springs Homework Determine Unknowns (Inquiry Based)
- Conservation of Energy using Masses and Springs (Inquiry Based)
- Concept questions for Physics using PhET (Inquiry Based)
- Gases Understanding physical properties of gases (Inquiry Based)
- Projectile Motion - developing understanding.
- Estimating the Length of Everyday Objects (Inquiry Based)
- Forces and Motion: Balanced and Unbalanced Forces, and Predicting Changes in Motion (Inquiry Based)
- Circuit activity 3 Combination Circuits using CCK only (Inquiry Based)
- Circuit 1 Properties of electric Circuits using only CCK(Inquiry Based)
- Circuit activity 2 Series and Parallel Circuits using only CCK (Inquiry Based)
- Maze Game 1: Using vector representations to move through a maze (Inquiry Based)
- Conservation of Energy 2 Energy Skate Park relating graphs position and speed (Inquiry Based)
- Conservation of Energy 3 Energy Skate Park: Calculations with Mechanical energy (no time graphs) (Inquiry Based)
- Curve Fitting: How well does the curve describe the data? (Inquiry Based)
- Forces and Motion activity 1: Predicting speed and directions changes (Inquiry Based)
- Ramp Activity 1: Using free body diagrams for motion on an incline (Inquiry Based)
- Energy Skate Park for Middle School(Inquiry Based)
- Introduction to Magnetic Fields (bar magnets and electromagnets) - Inquiry Based
- Force and Motion activity 2: Relating graphs and free body diagrams using Moving Man and Forces 1D (Inquiry Based)
- Conservation of Energy 4 Energy Skate Park: Calculations with Conservation of Mechanical Energy using time graphs (Inquiry Based)
- Sugar and Salt Solutions - Annotated Lecture Slides
- States of Matter Basics
- PhET Collision Lab
- Circuit Lab 2 - Series and Parallel Circuits
- Kinetic Molecular theory review
- Reactions and Rates 4: Equilibrium LeChatlier
- Testing Ideas from Classical and Quantum Physics
- Lembar Kerja Siswa Berbasis Simulation Based Laboratory
- EM wave analogy tutorial
- Introduction to Discharge Lamps
- How to make a laser
- Understanding the Photoelectric Effect
- Roller Coaster Physics Investigation
- Intro to Series and Parallel Circuits
- Refraction Investigation
- Gas Properties Gas Laws Quantitative
- Discovering patterns of current and voltage in series and parallel circuits
- Visualization and Visual Illusions SIM Homework
- pH Learning Goals by developement team (Inquiry Based)
- Reactions and Rates: Learning Goals from the design team (Inquiry Based)
- Pendulum Lab Learning Goals by design team (Inquiry Based)
- Energy Skate Park Learning Goals for four activities (Inquiry Based)
- Completing a circuit
- MRI lecture and homework
- Snell's law Lab - Inquiry based
- Initial Magnetism Investigation (Inquiry Based)
- Fluids Lab
- Density: How Does Density Relate to Mass &Volume and an Object's Interaction with Water?
- Intermolecular Forces and Molecules - Interactive Lecture Demonstration
- Relationship between electricity and magnetism
- Determination of Gravitational Acceleration
- Series and Parallel Circuits
- Exploring Fission (inquiry)
- Circuits 3 Day Unit
- Gene Regulation Guided Simulation
- Introduction to Electrostatics
- Phet Solar System Simulation Lab
- Charges and Fields Lab
- Concentration Lab with Molarity Calculations
- Projectile Motion Exploration
- Investigating waves
- Gravity Force Lab
- States of Matte Inquiry
- KE and PE with the pendulum, Student
- Exploring Rectangles (area and perimeter)
- Exploring parallel and perpendicular lines
- A PhET-Based Laboratory Activity in Teaching Direct Current Circuits (Guided Inquiry with Formative Assessment)
- Pool Cubes 1 - Density
- PhET Sugar and Salt Inquiry Questions
- Wave Properties and Interactions Lab Manual
- Blackbody Spectrum
- Isotopes
- Conservation of Energy (Energy Skate Park)
- Introduction to Fourier Analysis
- Current in DC Circuits
- Modeling Isotopes
- Moving Man (Motion Intro)
- Batteries
- Investigating Glaciers
- PhET Atom Simulator
- Circuit Lab 1 - Properties of Electric Circuits
- Discover a Spring "Stretching Law" (Hooke
- The Dichotomous Key
- Light and Atoms
- Spectra of Light
- Ripple While You Work
- Exploring Vectors and Projectile Motion
- How are products and factors related?
- Greased Lightning
- Gas Laws, Quantitative, Boyle–Mariotte law
- Gas Laws, Quantitative, Gay-Lussac's law
- Gas Laws, Quantitative, Charles' law
- Unusual cases of oscillation
- Computer Simulations as a Tool to Assist Teaching Basics of Electromagnetism (Simulações Computacionais Como Ferramenta Auxiliar ao Ensino de Conceitos Básicos de Eletromagnetismo)
