Superposition and Electron Behavior

Color and hardness of electrons

Mass and charge of electrons

Speed and direction of electrons

Temperature and pressure of electrons

The speed of electrons

The charge of electrons

The mass of electrons

The color of electrons

All become hard

All become soft

They remain unchanged

50% become hard, 50% become soft

Bohr's Model

Heisenberg Uncertainty Principle

Schrodinger's Equation

Pauli Exclusion Principle

They all turn black

They remain the same

They become unpredictable

They all turn white

To increase electron energy

To combine paths of hard and soft electrons

To measure electron speed

To separate electrons by charge

All electrons become white

All electrons become soft

All electrons remain black

Electrons split into half

Quantum Tunneling

Quantum Entanglement

Superposition

Wave-Particle Duality

Electrons are stationary

Electrons have fixed positions

Electrons are in a superposition around the nucleus

Electrons move in predictable paths

Electron velocity

Electron charge

Electron spin in two axes

Electron mass