Elektrizität und Magnetismus
Interaktive Simulationen zu Elektrizität und Magnetismus: Stromkreise, elektrische und magnetische Felder, elektromagnetische Induktion, Motoren und Generatoren.
72 Simulationen
LC-Schwingkreis
VR
Radioabstimmung
VRAR
Hitzdraht-Amperemeter
Wechselstromkreis-Labor
VRAR
Gleichstrommotor — mehrere Spulen
VRAR
Gleichstrommotor
VRAR
Gleichstromdynamo — mehrere Spulen
VRAR
Gleichstromdynamo
VRAR
Durch Wirbelströme gedämpftes Pendel
VRAR
Induktionsofen
VRAR
Wirbelstrombremse
VRAR
Induktionskochfeld
VRAR
Magnet fällt durch Ring oder Spule
Fluss- und Induktionsspannungskurven
VRAR
3D DC Dynamo
VRAR
3D Dynamo - Multicoils
VR
Galvanometer in 3D
Galvanometer in 3D 2
VRAR
Drehmoment auf eine stromdurchflossene Rechteckspule
VRAR
Kompass über und unter einem Leiter
VRAR
Widerstandsschaltungen — Mautstellen-Analogie
VRAR
Flemings Linke-Hand-Regel in 3D
VRAR
Regensammler-Analogie
VRAR
Von der Leiterschleife zur Spule in 3D
Coulombsches Gesetz — Experimentierfeld
VRAR
Wasserkreislauf-Analogie
VRAR
Feld eines geraden Leiters
VRAR
Kraft auf einen geraden Leiter
Gaußscher Satz
Interaktive Widerstände
Magnetische Hystereseschleife
VRAR
Poynting-Vektor in 3D
Leiterschleifen im Magnetfeld
Neutraler Punkt zwischen zwei parallelen Leitern
Äquivalente Logikgatter — Schaltungsbaukasten
Parallel Connections: Wires and Nodes
VRAR
Inside a Conductor — Random Motion to Drift
VRAR
Egg Carton Analogy — Conventional vs Electron Current
Net Current from Mixed Carriers
Charge in a Circular Orbit
Current Graphs — Slope and Area
Why the Lamp Lights at Once
Conventional and Electron Current Directions
Charge Carriers in Different Materials
VRAR
Charge is Quantised — Q = Ne
Current is the Same at Every Cross-Section
VRAR
Inside a Solid Conductor — Copper
Atoms and Shells — the Lone Outer Electron
What an Ampere Is
Electric Field Lines
VRAR
Current, Charge and Time — the Tap and the Bucket
VRAR
Ohm's Law Lab — 3D Experiment
Potential Energy and Electric Potential
VRAR
Potential Difference and the Earthed Point
VRAR
Resistance, Collisions and Temperature
VRAR
Electric Power and Energy
VRAR
Circuit Symbols and the Voltage Divider
VRAR
3D AC Dynamo
VRAR
Labor zum Induktionsgesetz — Magnet, Spule und Galvanometer
VRAR
Whatever Flows In Must Flow Out — the Junction Rule
VRAR
Water in a Branched Pipe — Nothing Piles Up at the Junction
VRAR
Node by Node — Untangling a Network of Junctions
VRAR
Current Runs Downhill — the Junction Rule Meets Ohm's Law
VRAR
Walking the Loop — Where the Potential Rises and Falls
VRAR
Signs Around the Loop — Voltages Only
VRAR
Two Batteries Head to Head — Which One Is Charging?
VRAR
Two Loops, Three Currents — Both Laws at Once
VRAR
Three Batteries Side by Side — Internal Resistance in Every Branch
VRAR
Hanging the Voltmeter — Potential Difference by Kirchhoff
VRAR
Walking Out from the Earth — the Potential of Three Points
VRAR
Three Loops — Kirchhoff on a Star of Resistors
VRAR
The Unbalanced Bridge — Equivalent Resistance by Kirchhoff