Gravity & Orbits
Newtonian gravity β F = Gmβmβ/rΒ²
Parameters
Info
Gravity (G)
1.0
Trail length
80
Speed
1.0Γ
Click canvas to add a body. Drag to set initial velocity. Masses pulled toward center of gravity.
3
Bodies
β
Energy
0s
Sim Time
Wave Interference
Superposition of two point sources
Source 1
Source 2
Frequency
3.0
Amplitude
1.0
Frequency
3.0
Phase offset
0Β°
β
Nodes
β
Ξ» (px)
0
Cycles
Ideal Gas Simulation
MaxwellβBoltzmann kinetic molecular theory
Parameters
Color by
Temperature
300K
N particles
80
Wall elasticity
1.0
β
Pressure
β
Avg Speed
0
Collisions
Double Pendulum
Deterministic chaos β Lagrangian mechanics
Initial Conditions
Physics
ΞΈβ
120Β°
ΞΈβ
-20Β°
Gravity
9.8
Damping
0.00
β
KE
β
PE
0
Flips
Static Electricity
Coulomb's law β F = kqβqβ/rΒ² | Left-click: +charge | Right-click: βcharge
Charge Settings
Visualisation
Presets
Charge size
2q
Field lines
Potential map
Force vectors
2
Charges
0q
Net Charge
β
Max Force
Circuits & Cells
Ohm's law β V = IR
Battery
Resistor
LED
Presets
EMF Voltage
9V
Resistance
220Ξ©
Forward Voltage
2.0V
0mA
Current
0mW
Power (R)
0V
V across R
Plant Diversity Lab
Learn Β· Quiz Β· Grow Your Own Forest
0
Plants
0
Species (S)
0.00
H' Index
0
Badges
Microorganisms Lab
The invisible world β 5 major groups under the microscope
Bacteria
Viewing
1β10 ΞΌm
Size
Prokaryota
Group
22
Organisms