top of page

Virtual Lab

Physics

  • Normal modes

  • Wave interference

  • Optical tweezers

  • Radio waves

  • Fourier & waves

  • Sound

  • Wave on a string

  • Microwaves

  • Projectile motion

  • Pendulum lab

  • Gravity and orbits

  • Hooke's Law

  • Forces and motion

  • Fluids and flows

  • Normal modes

  • Energy skate park

  • Balancing act

  • Resonance

  • The moving man

  • Masses and springs

  • Ladybug revolution

  • Collision lab

  • Torque

  • Solar system

  • Friction

  • Lunar lander

  • Forces in 1-D

  • Maze game

  • Ladybug motion 2-D

  • Calculus grapher

  • Gravity force lab

  • Bending light

  • Radiating charge

  • Molecules and light

  • Stretching DNA

  • Color vision

  • Molecular motors

  • Geometric optics

  • Circuit construction

  • Capacitor lab

  • Charges and fields

  • Static electricity

  • Magnets

  • Electric field hockey

  • Generator

  • Faraday's lab

  • Ohm's law

  • Battery voltage

  • Battery-resistor circuit

  • Signal circuit

  • Rutherford Scattering

  • Photoelectric effect

  • Quantum tunneling and wave packets

  • Quantum bound states

  • Quantum wave interference

  • Lasers

  • Neon lights

  • Hydrogen atom

  • Simplified MRI

  • Stern-Gerlach experiment

  • Plinko probability

  • States of matter

  • Atomic interactions

  • Energy forms and changes

  • Blackbody spectrum

  • Gas properties

  • Balloons and buoyancy

  • Reactions and rates

  • Greenhouse effect

  • Nuclear fission

  • Reversible reactions

  • Semiconductors

  • Conductivity

  • Double wells and covalent bonds

  • Electron diffraction

  • Beta decay

  • Band structure

  • Alpha decay

  • Motion in 2-D

  • Ramp and Forces

  • Buoyancy

Chemistry

  • Acid-base solutions

  • Atomic interactions

  • Alpha & Beta decay

  • Balancing chemical equations

  • Balloons and Buoyancy

  • Beer's law lab

  • Blackbody spectrum

  • Build an atom / molecule

  • Concentration

  • Density

  • States of matter

  • Sugar and salt solutions

  • Salts and solubility

  • Isotopes and atomic mass

  • Reactants, products and leftovers

  • Reactions and rates

  • Reversible reactions

  • Rutherford scattering

  • Molecule polarity

  • Molarity

  • Molecules and light

  • Molecule shapes

  • pH scale

  • Radiation

  • Gas properties

  • Black Facebook Icon
  • Instagram ícone social

Arizona State University

Ira A. Fulton Schools of Engineering

​

Created by Paulo Vasconcelos, Global Ambassador

bottom of page