251 bilaketa-emaitzak kinetic molecular theory rekin bat datozenak
Simulazioak
- Adierazpen genikoa - Oinarrizko kontzeptuak (HTML5)
- Adierazpen genikoa - Oinarrizko kontzeptuak
- Azido-base disoluzioak (HTML5)
- Azukre- eta gatz-disoluzioa
- DNA luzatu
- Ekuazio kimikoak doitzen (HTML5)
- Energia irristailu-parkean: oinarrizko kontzeptuak (HTML5)
- Energia patinatzaile-parkean (HTML5)
- Eraiki molekula bat (HTML5)
- Erreaktiboak, produktuak eta soberakinak (HTML5)
- Gasen propietateak (HTML5)
- Pendulu-laborategia (HTML5)
- Marruskadura (HTML5)
- Masak eta malgukiak (HTML5)
- Masak eta Malgukiak
- Materiaren egoerak (HTML5)
- Mikrouhinak
- Molekula-polaritatea (HTML5)
- Molekula-polaritatea
- Molekulen formak (HTML5)
- Molekulen formak: oinarriak (HTML5)
- Motore Molekularrak
- pH eskala (HTML5)
- Pintza Optikoak eta Aplikazioak
- Materiaren egoerak: oinarriak (HTML5)
- Talka Laborategia (HTML5)
Jarduerak
- Kinetic Molecular Theory- Introduction (inquiry-based)
- Kinetic Molecular theory review
- Gas Properties Modular Homework Activity
- Moving Molecules
- Maxwell-Boltzmann Distribution Curves
- Heat it Up
- States of Matter (Inquiry based) Phase Change and Phase diagrams
- Kinetic Molecular Theory Intro
- Investigating Molecule Shapes
- Kinetic Molecular Theory
- Flow stretching and molecular motors
- Microwaves
- Kinetic and Potential energy
- Molecular Geometry Activity
- Build a Molecule - Molecular Formulas and Coefficients
- Mechanical energy - Kinetic and Potential
- Kinetic Theory of Gases Lecture Demo
- Friction demonstration
- Molecular Geometry Flash Cards
- Potential and Kinetic Energy
- PhET Shapes Inquiry Lab
- Exploration of KMT and Gas Laws
- Molecule Design Challenge Pre-Activity
- Sugar and Salt Solutions - Annotated Lecture Slides
- Reactions and Rates 1 Introduction to reactions (Inquiry Based)
- Balloons and Bouyancy: An Introduction to Bouyancy - (Inquiry Based)
- Electrolyte and Non-electrolyte Solutions - Interactive Lecture Demonstration
- Masses and Springs: Energy
- Reactions and Rates 2: Intro to Kinetics (inquiry based)
- Reactants, Products, and Leftovers Activity 2: Limiting Reactants in Chemical Reactions
- Bouncing Off the Walls
- Reactants, Products, and Leftovers Review Activity: Limiting Reactants in Chemical Reactions Review
- mechanical energy - exploring kinetic and potential energy
- Geometria Molecular
- Build an Molecule - concept questions
- Build an Molecule - Inquiry-based basics
- Formulas y nombres de moléculas
- Geometria molecular
- Acid Base Solutions - Concentration and Strength
- Graham's Law of Effusion
- Geometria Molecular
- Investigation of sugar and salt solutions
- Introdução a Geometria molecular
- Reaction Rates
- Investigating Kinetic Energy
- Sugar and Salt Solutions - Clicker Questions
- Reactants, Products, and Leftovers Concept Questions
- States of Matter for Middle School
- Energy Skate Park Basics - Clicker Questions
- Using the Molecular Shapes PhET Simulation: Concept Development for Understanding Molecular Geometry and Shape
- Kinetic and Potential Energy
- Modeling Friction (Inquiry Based)
- Intermolecular Forces and States of Matter - Interactive Lecture Demonstration
- Energy Skate Park Basics Lesson
- Using the Molecule Polarity PhET Simulation: Concept Development for Understanding Molecular Dipoles
- Model of the Hydrogen Atom Handout
- Experimental Design with Forces
- Build a Molecule
- Kinetic, Potential and Total Energy: Claim, Evidence, Reasoning
- Aprendendo Geometria molecular a partir da estrutura de Lewis
- It’s All in the Shape: Discovering Molecular Geometry
- Conservation of Energy for Middle School
- Energy Skate Park for Middle School(Inquiry Based)
- Energy Skate Park Basics
- States of Matter Basics - Clicker Questions
- Exploring Changes in States of Matter
- Tricky Dimensions – a Spin-off of a Sim
- Molecular Geometry and Polarity
- States of Matter Lecture Demonstration
- GEOMETRÍA MOLECULAR Y NOMENCLATURA DE ALCANOS
- Roller Coaster Physics Investigation
- States of Matter PhET
- Molecules and Light-inquiry for high school
- Molecule Shapes - Guided-Inquiry Activity
- Structure of the Atom
- Models of the hydrogen atom
- QUÍMICA GERAL CONTEÚDO: GEOMETRIA MOLECULAR
- Energy Forms Clicker Questions
- States of Matter
- Introduction to energy- a chemical context
- Molecule Polarity- Inquiry and Applications
- Phases of Matter
- Molecule Polarity
- Determine the static and kinetic coefficients of friction
- Molecular Polarity Inquiry Lab
- Conservation of Energy 1: Introduction (qualitative approach)
- Molecule Shapes- inquiry
- Visualizing a Mixture
- Skate Park Phet- Science 8 and ACC Science 8
- Forces and Motion - Friction and Free Body Diagrams
- Pendulum Energy
- Conservation of Energy using Masses and Springs (Inquiry Based)
- Intermolecular Forces and Molecules - Interactive Lecture Demonstration
- Energy Skate Park: Basics
- Investigating Ions
- Conservation of Linear Momentum
- PhET Collision Lab - Inelastic 1D
- Energy Skate Park
- Estados de la materia: Cambio en la estructura molecular del agua
- On the molecular level, what is the difference between acids and bases?
- collision in one and two dimensions
- Conservation of Linear Momentum
- PhET Collision Lab - Elastic 1D
- Finding Properties of Energy (via the skate park)
- Recognizing Patterns in Covalent Bonding
- Gases Understanding physical properties of gases (Inquiry Based)
- Balancing Chemical Equations - Inquiry based Introduction
- pH Scale inquiry-based intro to acid-base
- Conservation of mechanical energy.
- It’s All in the Shape: II. Discovering the Behavior of Polar Molecules
- Polarity Lab
- Instructor
- Vector addition exercises
- Energy Skate Park Analysis Lab
- Conservation of Energy using Masses and Springs (homework version) (Inquiry Based)
- Energy Skate Park - Concept Questions Compendium
- Entropy, Microstates, and Probability - Interactive Lecture Demonstration Guide
- Molecules Are Made Up of Atoms
- Gas Properties Gas Laws Quantitative
- Lesson Plan for Teaching Shapes of Molecule
- Introduction to Ionic & Covalent Bonding
- Friction Quantitative Lab
- Conservation of Mechanical Energy
- Phet Simulation - Modeling Molecules
- Conservation of Mechanical Energy
- Conservation of Energy - conceptual
- Introducción a los estados de la materia
- Salts and Solubility 3: Solution Equilibrium and Ksp (Inquiry Based)
- Conservation Of Mechanical Energy
- Lab Experiment
- Energy Skate Park Worksheet
- Energy Simulation
- Energy Skatepark!
- Energy Skatepark Adventures
- Intro to energy
- Work - Energy
- PhET Energy Sk8r sim Activity
- Intro to Energy Conservation
- Energy Skate Park - investigation
- Energy skate park
- Mechanical energy lab - Remote
- Projectile Motion
- Outlining Bonding vs. Shape Polarity
- Isotopes activity sheet
- Understanding Rates of Reactions
- Molecule Shapes Advanced
- States of Matter - Lab Simulation - student procedures and questions
- Energy Skate Park
- The Ramp--Conservation of Energy
- Conservation of Energy
- Energy Skate Park Lab
- Conservation of Linear Momentum
- Pendulum Virtual Lab 2021
- Photoelectric effect
- Energy Skate Park
- linear momentum and collisions
- Energy Skate Park Basics: Mechanical Energy Lab
- The Basics of Gene Expression
- Remote Learning Molecule Shapes
- Phet Skate Park Inquiry Lab and Graphical Modelling Activity
- Qualitative Introduction to Energy
- Collisions
- KE and PE with the pendulum, Student
- Colission Lab colorado
- PHETman
- PHET: Masses and Springs 2021
- Conceptual Energy and Springs
- Energy Skater -- Introduction to Mechanical Energy Conservation
- Energy Skate Park: Basics
- Energy Skate Park Basics | Remote Lab
- Friction Investigation
- Visualizing Mixing with Sugar and Salt Solutions
- Phase Changes Lab!
- Work Energy on a Ramp
- Momentum and Center of Mass
- Energy Skate Park Basics Student Guide [HTML]
- conservation of mechanical energy
- Conservation of Energy Exploration with Skatepark Physics
- Energy Simulation Lab - Skate Park
- Photoelectric PhET lab
- Energy Skate Park Lab Questions
- Energy in a Pendulum
- Forces Virtual Lab Ramp
- Analyzing 2D Collisions
- Lab 3 - Force and Motion
- Conservation of linear momentum
- Conservation of Mechanical Energy
- Build a Molecule Basics
- ¡Ajustando átomos!
- Conservation of Mechanical Energy
- Making Molecules
- States of Matter
- Energy Skate Park
- Energy Forms and Changes
- Introduction to Energy Model
- Conservation of Linear Momentum
- Modelling Motion
- Energy Skate Park Basics: Énergie potentielle et cinetique
- Introductions to Solutions
- Spinometer
- Exploring Newton
- Energy Skate Park Student Simulation
- Conservation of Mechanical Energy (Lab Report)
- Gas Properties Simulation
- Pendulum Energy
- Collision exp
- PhET Forces Lab
- Phet Forces and Motion Basics: Friction lab
- Conservation of Momentum
- Chemistry Theater
- Weak vs. Strong
- IMF and phase changes
- PhET Interactive Lab on pH
- Skate Park and Energy Conservation
- Energy Analysis of a Mass Oscillating on a Spring
- Energy Skate Park Formal Lab
- Energy Skate Park Lab (html5)
- Building Atomic Models
- How do PhET simulations fit in my middle school program?
- Explorando Estados de la Materia
- Energy Skate Park Lesson
- Energy Skate Park Basics Energy Exploration
- Lab: PhET Sugar and Salt Solutions
- MS and HS TEK to Sim Alignment
- Graphing Energy at the Skate Park