Inputs can be easily included as dynamic variables which are not affected by other states and have the desired dynamics.
The software Gapminder elegantly displays four dynamic variables at once.Displaying information can make a difference by enabling people to understand complex matters and find creative solutions.
This is an example of the use of constraints to reduce the number of dynamic variables in a problem (the x, y, and z coordinates of each particle) to a smaller number of generalized dynamic variables, which need not even have the same dimensions as the original ones.
Thus, a dynamic problem has six dynamic variables for each particle that is, x, y, z and ẋ, ẏ, ż and the Lagrangian depends on all 6N variables if there are N particles.
While the dynamic variables evolve, the correlations between the and the remain smooth throughout a cycle.
The key dynamic variables of train movement are position, velocity, and acceleration rate.
The system dimension, i.e. the number of dynamic variables, can be scaled arbitrarily.
The sensitivity to dynamic variables such as composition, efficiency, and recycling rate is also evaluated.
The model itself has an advantage over models of average quantities, in that it captures fluctuations of the dynamic variables.
Epidemic models are singular systems so that there exists an algebraic relation between the dynamic variables of the system.
The results emphasize the relative importance of thermal and dynamic variables, including wind incidence and the role of the chimney.
