Physics Part V

This is a slight expansion on the previous version. For each of these charts, to move down, you integrate over time, and to move to the right, you integrate over distance. Left and up are derivatives with respect to distance and time respectively. One might expand these charts further to the left, if various quantities of density are of particular interest.

	meters^-1		meters^1	meters^2	meters^3
s^-3
s^-2	change in magnetic flux	change in current (slew rate)
s^-1	magnetic flux	current	magnetic pole strength	magnetic dipole moment
	linear charge density	charge	electric dipole moment	electric quadrupole moment
s

	meters^-1		meters^1	meters^2	meters^3
s^-3	pressure drift	areal power loss	linear power loss	power
s^-2	sound energy density	surface tension	force	energy
s^-1	(dynamic) viscosity	mass transport rate	momentum	action
	linear density	mass	first mass moment	moment of inertia
s

	meters^-1		meters^1	meters^2	meters^3
s^-3			jerk	area per second^3
s^-2		angular acceleration / frequency drift	acceleration	helicity / specific energy / tenacity	geo- potential
s^-1		hertz (units per second)	velocity	kinematic viscosity	(hydraulic) current
	wavenumber		distance	area	volume
s	slowness (measures dynamite fuses)	time			spacetime hyper- volume