286 søkeresultater som passer average atomic mass
Simuleringer
- Aggregattilstander (HTML5)
- Alfanedbryting
- Atomære vekselvirkninger (HTML5)
- Balanser kjemiske ligninger (HTML5)
- Bygg en atomkjerne (HTML5)
- Bygg et atom (HTML5)
- Diffusjon (HTML5)
- Energi i skateparken - Grunnleggende (HTML5)
- Fisjon
- Gas Properties (HTML5)
- Gravitasjonskraftlab (HTML5)
- Isbreer
- Isotoper og Atommasse (HTML5)
- Krefter og bevegelse: Grunnleggende (HTML5)
- Lodd og fjær (HTML5)
- Lodd og fjærer
- Modeller av Hydrogenatomet
- Pendellaboratorium (HTML5)
- pH-skala
- Prosjektilbevegelse (HTML5)
- Reaktanter, produkter og overskudd (HTML5)
- Rutherfordavbøynig (HTML5)
- Energy Skate Park (HTML5)
- My Solar System (HTML5)
- States of Matter: Basics (HTML5)
- Collision Lab (HTML5)
- Balancing Act (HTML5)
- Quantum Bound States
- Buoyancy
- Davisson-Germer: Electron Diffraction
- Density (HTML5)
- Eating & Exercise
- Gravity Force Lab: Basics (HTML5)
- Lunar Lander
- Masses and Springs: Basics (HTML5)
- Simplified MRI
- Normal Modes
- Quantum Wave Interference
- Resonance
Aktiviteter
- Isotopes and Atomic Mass - Guided Inquiry Activity
- Isotopes & Atomic Mass-Inquiry Activity
- Exploring Average Atomic Mass
- Isotopes and Atomic Mass - Clicker Questions
- isotopes and atomic mass
- Lab: PhET Isotopes and Atomic Mass
- Modeling Relative Atomic Mass
- Isotopes and Atomic Mass
- Isotopes PhET Activity
- Build an Atom - Guided-Inquiry Activity
- THE ATOMIC STRUCTURE LESSON PLAN
- Build an Atom: Introduction
- Build an Atom - Inquiry-based basics (homework version)
- Mixture of Isotopes and Atomic Mass
- Modeling Isotopes
- Isotopes
- Atomic models homework (Inquiry based)
- Isotopes and Atomic Mass Phet Simulation Guided Inquiry
- Interpreting Chemical Symbols
- Isotopes Guided Inquiry
- Plan de Clase Datación Radioactiva ☢
- Isotopes activity sheet
- Isotopes
- Maxwell-Boltzmann Distribution Curves
- Concept Questions for Chemistry using PhET
- e=mc2
- States of Matter (Inquiry based) Phase Change and Phase diagrams
- Investigating Density, Volume, Mass and Weight
- Density: How Does Density Relate to Mass &Volume and an Object's Interaction with Water?
- Using PhET in High School Chemistry- all my activities in pdf
- Atomic Marco Polo
- Fuerzas Intermoleculares y estados de la materia
- Factors Affecting Average Global Temperature
- Atomic Addition
- Isótopos y Masa Atómica: Actividad de Consulta Guiada
- Exploring MAD
- Forces and Motion: Finding the Mass of a Car
- Isótopos y masa atómica
- 동위원소와 원자량 SIM 사용지침서
- Isotoopide meedialabori juhend
- Stable Isotopes
- Isotope Stability and Radioactivity
- Isótopos y Masas Atómicas
- Preguntas conceptuales sobre Isótopos
- İzotop stabilliyi
- Effusion
- CONSTRUYE UN ATOMO E ISOTOPOS, TABLA PERIODICA
- PhET Atom Simulator
- Masses and Springs Homework Determine Unknowns (Inquiry Based)
- Lab: PhET Build an Atom
- Gravity Force Lab : calculations
- Build an Atom
- Build an Atom Lab!
- Energy Analysis of a Mass Oscillating on a Spring
- Atom Builder
- Rutherford Scattring Simulation
- Atomic Spectra and the Composition of Stars
- Atomic Interactions PhET Exploration - with Coulomb's Law application
- Concept questions for Physics using PhET (Inquiry Based)
- Intermolecular Forces and States of Matter - Interactive Lecture Demonstration
- Playing with atoms
- Buoyancy: How Does Buoyant Force Act on Objects in a Fluid?
- Conservation of Energy using Masses and Springs (homework version) (Inquiry Based)
- Balancing Chemical Equations - Guided Inquiry Activity
- Hanging Mass
- Moving Man Multiple Representations
- Build an Atom - Clicker Questions
- What is an atom?
- Bohr Model of the Hydrogen Atom
- Force and Motion: Mass vs. Speed
- States of Matter Lecture Demonstration
- How does mass effect the speed of a forced object?
- Relationship between frequency and mass, k, and g
- Graham's Law of Effusion
- Measuring Mass With Springs
- Build an Atom WebLab
- Density Lesson (with Putty Lab)
- Balancing Chemical Equations - Clicker Questions
- Density-introduction
- Springs and Things
- Density and Buoyancy
- Force and Motion activity 2: Relating graphs and free body diagrams using Moving Man and Forces 1D (Inquiry Based)
- Balancing Chemical Equations - Inquiry based Introduction
- Using the Atomic Interactions PhET Simulation: Concept Development for Understanding Energy Changes Associated with Bond Forming and Bond Breaking Events
- Atomic Models and Spectroscopy
- Time Period is Independent of Amplitude and Mass of the Pendulum
- Introduction to the Structure of the Atom
- Introduction to the Structure of the Atom
- Introduction to the Online Mass-Spring Lab
- The Covalent Bond Between Two Atoms
- Gravity Lab- intro
- Model of the Hydrogen Atom Handout
- What is an atom?
- Atomic Structure
- Exploring Chemical Reactions and the Law of Conservation of Mass
- Momentum and Center of Mass
- Designing Experiments Using Masses & Springs
- Spring Mass Experiment
- Build An Atom Guided Inquiry
- Mass/Spring Activity
- Electrolyte and Non-electrolyte Solutions - Interactive Lecture Demonstration
- Atomic Models and Spectroscopes
- Building Atomic Models
- Preguntas de razonamiento para todas las simulaciones HTML5
- Acceleration
- Introduction to the Covalent Bond
- 원자간 상호작용 SIM 사용지침서
- Interacciones atómicas Exploración PhET
- Atomlararası Qarşılıqlı Təsir
- Atomlararası Qarşılıqlı Təsir
- PhET Sims Aligned to the Chemistry Curriculum
- Sugar and Salt Solutions - Annotated Lecture Slides
- Force, Mass, Acceleration
- Orbits--effects of mass and distance
- Position function of mass on spring
- Mass Spring Activity
- Radioactive Decay
- Radioactive Decay
- Structure of the Atom
- Introduction to Discharge Lamps
- How to make a laser
- Change Your Motion
- Gravity Force Lab for Physical Science
- Video: Self-paced Investigation on Simple Harmonic Motion of a spring-mass system
- Exploring Static Electricity
- Models of the hydrogen atom
- Build an atom Periodic Table Virtual Lab
- Density-introduction
- My Solar System Introduction
- Phase Changes Lab!
- Density Investigation
- Alineación simulaciones PhET con el Currículo Ecuatoriano - Química - Bachillerato
- lab course mass-spring system
- Two Types of Energy - Mass & Spring
- RLC Circuits
- Rutherford Scattering--Building the Atomic Model Activity
- PhET Density Lab
- Exploring Gravity
- Resonance-Introduction to Natural Frequency
- Balancing torques & Finding unknown masses
- Simple Pendulums - What Affects the Period?
- The Atom; Discovery of the Atom
- Exploring (proportional) Density
- SECUNDARIA: Alineación PhET con programas de la SEP México (2011 y 2017)
- PREPARATORIA: Alineación de PhET con programas de la DGB México (2017)
- Alignment of PhET sims with NGSS
- How does the mass and velocity of a satellite affect the orbit?
- Investigating Ions
- Simple Harmonic Motion (Pendulum & Spring)
- Newton's Second Law
- Simple Inquiry-based Build an Atom Simulation Student worksheet
- Mapping of PhET and IBDP Physics
- Ramp: Forces and Motion Investigation
- Balancing Act Remote Lab
- Density Exploration
- Student Guide for PhET - Balancing Act in html5
- Density Lab
- Calculer le poids d'un "grave"
- Gravity Force Simulation - Concept Questions
- Masses and Springs Simulation Homework
- La densitat amb el simulador PhET
- Instructor
- Turning Forces
- motion along straight line with constant speed
- motion along straight line with constant speed
- How do PhET simulations fit in my middle school program?
- Movimiento Armonico Simple: El pendulo y el resorte (Simple Harmonic Motion:pendulum and spring
- Introduction to Oscillations
- Resonance: Upper-division college
- Conservation of Energy 2: graphs analysis
- Experiencia Educativa Principio Arquimedes, Fuerza Boyante y Densidad (Learning experience: Archimedes principle, Buoyant force & Density).
- Balancing Equations PhET
- Explore Balancing Chemical Equations
- Density Simulation Lab
- Measuring Density
- Sumo Simulator!
- Gravity Between Bodies
- The Greenhouse Effect PhET Simulation Lab
- Virtual Density
- Build an Atom Game Remote Lab
- Energy Skate Park Basics: Mechanical Energy Lab
- Balancing act 1
- Exploring Newtons' Second Law
- Newton's Second Law of Motion
- Balance Lab - Mystery Box
- Mr. T's Density Phet Lab
- Friction Investigation
- Fission: controlled vs. uncontrolled
- Newton's 1st & 2nd Laws
- Hooke's Law and The Spring Constant
- Density
- Forces Simulator Activity
- Projectile Motion in Sports
- MS and HS TEK to Sim Alignment
- States of Matter
- Balancing Chemical Equations HTML5
- Net Forces and Newton's Second Law
- forces and motion basics
- Energy in a Coil Spring
- Energy Skate Park Basics | Remote Lab
- Force and Motion
- Forces and Newton's Laws Review
- conservation of mechanical energy
- Energy Simulation Lab - Skate Park
- Investigating Springs
- Balancing Chemical Equations
- Newton's Law of Universal Gravitation
- Factors Affecting The Frequency of A simple Harmonic Oscillator
- Introduction to Fourier Analysis
- Density
- Gravity, Orbits and Kepler's Laws
- Concentration PhET WebLab
- KE and PE using the Pendulum Lab
- KE and PE with the pendulum, Student
- Density Exploration
- Video: Self-paced Investigation on Hooke's Law Virtual Lab
- Projectile Motion - Lab Experiment
- ORGANIC CHEMISTRY Chemical Reactions of Alkanes and Alkenes
- Discovering Newton's Second Law
- Newton's Second Law Investigation
- Masses and Springs
- Pendulum Lab
- Density-MS
- Friction on Incline
- Investigating Gravitational Interactions
- Introduction to Forces in 1-D
- Second Law Inquiry PhET Forces and Motion
- PhET Forces Lab
- Energy Skate Park Analysis Lab
- Build an Ion Inquiry Activity
- Using the Coulomb’s Law PhET Simulation: Concept Development for Understanding Electrostatic Forces
- Hooke's Law (Springs)
- Gravitational Force and Orbits
- PhET Projectiles Simulation Lab
- Projectile Motion Worksheet
- Exploring the Energy Skate Park
- Proving Newton's Second Law
- Mechanical energy lab - Remote
- Horizontal Launch Investigation
- Reactants, Leftovers and Products
- Projectile Motion Scientific Enquiry
- Modeling Paradigm Lab- 2nd Law
- Cavendish Lab
- Projectile Motion
- Electric Field Hockey Post-Game Analysis
- Modelling Motion
- Unusual cases of oscillation