Time to get pedantic.
Looking at the dictionary definition you linked to I do have a problem with part of their definition:
"Physics.
a. of or relating to force or power.
b. of or relating to force related to motion."
Force and dynamic? Force can equally be applied to a static situation. A camera sitting on a tripod exerts a force on it, but (hopefully) neither the camera nor tripod are moving. I have no issues at all when it comes to the rest of the definitions as they all imply an element of (elapsed) time.
I'm going to stick to SI measurements for the sake of simplicity...
In the branch of physics known as mechanics (classical mechanics to be more precise) it is usually divided into three categories: statics (the camera sitting on the tripod example), kinematics (the study of motion without regard to the forces that caused the motion) and
dynamics (the study of motion that includes forces and mass). The moment motion comes into question, we determine how far something has moved in a given period (m/s).
If we are looking at the energy side of things, then power, measured in Watts (W) is the number of Joules /second (J/s) and once again time is a key factor.
So anything that is dynamic from a classical physics standpoint involves something over a period of time, which is the point I made in #21.