SimReal / Python / Matlab: Programming - Exercise - Physics - k02 - Position / Velocity / Acceleration - 1D |
SimReal - Python - Matlab |
001. Free Fall 1. Equation of Movement Compute the acceleration, velocity and position (and draw the graphs) of a particle during a free fall (the gravity is the only force). Use the equation of motion. 2. Symbolic Integration Compute the acceleration, velocity and position (and draw the graphs) of a particle during a free fall (the gravity is the only force). Use symbolic integration. 3. Numeric Integration Compute the acceleration, velocity and position (and draw the graphs) of a particle during a free fall (the gravity is the only force). Use numeric integration. |
SimReal - Python - Matlab |
002. Air Resistance Compute the acceleration, velocity and position (and draw the graphs) of a particle during a fall with air resistance. Use numeric integration. |
SimReal - Python - Matlab |
003. SHM Compute the acceleration, velocity and position (and draw the graphs) of a particle acting by a force proportional to the discplacement from the equlibrium position. F = -kx Use numeric integration. |
SimReal - Python - Matlab |
004. SHM - Coupled Oscillation Compute the acceleration, velocity and position (and draw the graphs) of a two particles connected with three elastic springs. Use numeric integration. |