🪂 Dropping from 1000m with air drag. This second-order ordinary differential equation shows how terminal velocity limits the fall.
y’’ = -9.8 + 0.1(y’)²
Solved with our free ODE solver.
#odesolver #DifferentialEquations #physics
🪂 Dropping from 1000m with air drag. This second-order ordinary differential equation shows how terminal velocity limits the fall.
y’’ = -9.8 + 0.1(y’)²
Solved with our free ODE solver.
#odesolver #DifferentialEquations #physics
📈 Explosive growth driven by a hyperbolic sine. This ordinary differential equation accelerates faster than exponential.
dy/dx = sinh(y/10)
Plotted with our free ODE solver.
#odesolver #DifferentialEquations #mathematics
📈 Explosive growth driven by a hyperbolic sine. This ordinary differential equation accelerates faster than exponential.
dy/dx = sinh(y/10)
Plotted with our free ODE solver.
#odesolver #DifferentialEquations #mathematics
🔋 A capacitor charging through a resistor. This ordinary differential equation shows voltage rising from 0 toward 5V. The same math behind every phone charger.
dy/dx = (5 - y)/2
Plotted with our free ODE solver.
#odesolver #DifferentialEquations #electronics
🔋 A capacitor charging through a resistor. This ordinary differential equation shows voltage rising from 0 toward 5V. The same math behind every phone charger.
dy/dx = (5 - y)/2
Plotted with our free ODE solver.
#odesolver #DifferentialEquations #electronics
I just meant to say "I am adding some structure here but still letting the data drive a model"
I just meant to say "I am adding some structure here but still letting the data drive a model"
github.com/OpenFOAM/OpenF…
github.com/OpenFOAM/OpenF…