reduced mass

So instead of use the reduced mass in this and subsequent formulas.

Classically we can say that a system with a large reduced mass has a long orbital period.

The mass m, introduced above, is the reduced mass of the system.

The computer had not allowed for the reduced mass of the lunar rocket with only one passenger aboard.

Note that the reduced mass is also denoted by .

Eventually the reduced mass, originally about three hundred thousand individuals, reached a range where their inaccurate fire began to affect the company.

Heavy Rydberg systems have a relatively large reduced mass, given by:

The reduced mass is always less than or equal to the mass of each body:

Equivalently, it is the total angular momentum divided by the reduced mass.

By Newton's second law of motion this force is also equal to a reduced mass, μ, times acceleration.

This formula comes from substituting the reduced mass for the mass of the electron.

The reduced mass multiplied by the relative acceleration between the two bodies is equal to the gravitational force.

Shapeshifting into reduced mass is seen by a Dreen's subconscious as a threat to his existence.

Reduced mass occurs in a multitude of two-body problems, where classical mechanics is applicable.

More accurately, it is the reduced mass of the system consisting of the electron and the nucleus.

Effective mass should not be confused with reduced mass, which is a concept from Newtonian mechanics.

"Reduced mass, but you get more velocity."

Where is the reduced mass.

For positronium, the formula uses the reduced mass also, but in this case, it is exactly the electron mass divided by 2.

The Bohr radius including the effect of reduced mass in the hydrogen atom can be given by the following equation:

Thus, for positronium, its reduced mass only differs from the rest mass of the electron by a factor of 2.

In changing a carbon-hydrogen bond to a carbon-deuterium bond, k remains unchanged, but the reduced mass is different.

A is the maximum amplitude of the vibration coordinate Q. It remains to define the reduced mass, μ.

(This is why it is defined using the true electron mass rather than the reduced mass, as mentioned above.)

Back to back with my PTSW on the same settings, the reduced mass is definitely noticeable.