state of motion

Generally speaking, force causes an object's state of motion to change.

We might hope to still have some notion of its state of motion.

They state that a force is only needed in order to change an object's state of motion.

We are now able to understand why our information about the states of motion is so restricted in quantum mechanics.

It was quite true: the masts were in no considerable state of motion.

Water molecules in a glass are in a state of motion.

On the other hand, a coordinate system may be employed for many purposes where the state of motion is not the primary concern.

Consequently, quantum states of motion have only been observed in special circumstances at extremely low temperatures.

Overall, it is the "net" unbalanced force that will cause the object to move or change its state of motion.

And Apollinaire would echo the same tune a year later regarding the observer's state of motion.

However, as the rafts have no geologic foundations, they are in a constant state of motion.

The mental attitude of the performer during the state of motion can also affect their range.

We might say that the larger mass exerts a greater "resistance" to changing its state of motion in response to the force.

Sometimes the state of motion is emphasized, as in rotating frame of reference.

Einstein in 1920 returned to a concept of aether having no state of motion.

That is, "its resistance to an effort made to change its state of motion" (right from the textbook).

The Mitzvah Technique is all about proper body mechanics in a state of motion.

Here are two quotes relating "state of motion" and "coordinate system":

The chariot is in a constant state of motion, and the energy behind this movement runs according to this hierarchy.

The wavefunctions describe the same state of motion.

The state of motion of an inertia-system so far as mechanics are concerned, is not restricted by nature to one condition.

More loosely, any star in an unusual location or state of motion may be termed a rogue star.

In place of the Palestinian condition of near paralysis, he posits a state of motion.

He also stated that anu can have two states - Absolute rest and a State of motion.

The first is the preparation of the specimen, the production of an electron, for example, in some standard state of motion.