Applications of Force 
After completing their work with the basic dynamics model, students are asked to create a force template model which includes applied and opposing forces. This model serves as the basis for most of the models which follow.
Distance(t) = Distance(t  dt) + (Rate_of_Change_of_Distance) * dt INIT Distance = 0 Rate_of_Change_of_Distance = Velocity Velocity(t) = Velocity(t  dt) + (Rate_of_Change_of_Velocity) * dt INIT Velocity = 0 Rate_of_Change_of_Velocity = Acceleration Acceleration = Net_Force/Mass Applied_force = 10 Mass = 2 Net_Force = Applied_force+Opposing_Force Opposing_Force = 2 Time Specs SettingsStandard: Range = 0  12; dt = 0.25; Integration method = Euler's 
