Astrophyzix Physics Lab Console — Documentation (Click to Expand)

Astrophyzix Physics Lab Console

This module provides hands‑on exploration of fundamental physical systems — including harmonic oscillators, pendulums, electricity & magnetism calculators, and collision simulators — to illustrate key principles in classical mechanics and electromagnetism. (View the Lab Console)

Scientific Basis

The Physics Lab Console integrates multiple core physics domains: - **Classical mechanics:** Newton’s laws of motion applied to oscillators and collisions. - **Energy dynamics:** Potential and kinetic energy transformations. - **Oscillatory motion:** Simple harmonic motion fundamentals. - **Electricity & Magnetism:** Maxwell’s equations underpin circuit and charge interactions.

These tools emulate real physics behavior using analytical equations and numerical simulation techniques to model time‑dependent systems.

Key Equations

Newton’s Second Law:
F = ma

Simple Harmonic Motion (SHM):
a = −(k/m) x
ω = √(k/m)
T = 2π √(m/k)

Kinetic & Potential Energy:
E_k = ½ mv²
E_p = ½ kx²

Conservation of Momentum (Elastic Collision):
m₁v₁ + m₂v₂ = m₁v₁′ + m₂v₂′

Electric Force (Coulomb’s Law):
F = k_e q₁q₂ / r²

Electric Field:
E = F/q

Provenance & DOI References

• Halliday, Resnick & Walker (2013). Fundamentals of Physics, classical mechanics and electromagnetism text (Wiley).
• Rayleigh (1877). “On the Theory of Sound,” foundational early work on harmonic oscillators. DOI
• Coulomb (1785). “First Memoir on Electricity and Magnetism,” original law for charge interaction. DOI
• Feynman, Leighton & Sands (1964). The Feynman Lectures on Physics, reliable reference for collision and momentum conservation.

Learning Outcomes

• Apply Newton’s laws to predict motion in dynamic systems.
• Model and analyze simple harmonic motion mathematically.
• Understand and compute energy exchanges between kinetic and potential forms.
• Explore momentum conservation in collisions.
• Compute electric forces and fields using Coulomb’s law.

Glossary

• Simple harmonic motion: Periodic motion where restoring force is proportional to displacement.
• Elastic collision: Collision where kinetic energy is conserved.
• Electric field: Force per unit charge surrounding a charged particle.
• Potential energy: Stored energy based on configuration within a force field.

ASTROPHYZIX PHYSICS LAB CONSOLE

Orbital Mechanics • Gravity Simulation • Escape Dynamics • Research Console

🟢 SYSTEM READY

Load Planet Preset

Loads real astrophysical mass + radius values

Body Parameters

Mass (kg)


Radius (m)

Surface Gravity

Escape Velocity

Low Orbit Period

Orbital Radius Simulator

Orbit altitude above surface (m)