gravitational constant
constant of gravitation

Physicists, however, often use units where the gravitational constant takes a different form.

Then, since was known, played the role of an inverse gravitational constant.

By the way, we hope you mean acceleration with a lower case g and not the Universal gravitational constant.

This is mostly due to uncertainty in the value of the gravitational constant G.

Through experimentation, he was able to come up with the gravitational constant of acceleration."

The temperature of either object does not affect the mass, the distance, or the gravitational constant.

"How," I ask, "can you really find any comfort in the contemplation of a gravitational constant?"

"They have new and powerful words, and you're trying to cotton up to a gravitational constant!"

The gravitational constant has a value of 1.

He performed a measurement of Newton's gravitational constant by innovative means during 1893.

Corrigan had reduced the gravitational constant to a fifth of normal.

The gravitational constant appears in Newton's universal law of gravitation.

It's the g, so to speak, the gravitational constant which will govern all our equations."

For this reason, historians of science have argued that Cavendish did not measure the gravitational constant.

Where is the Hubble parameter and is the gravitational constant.

Gauss originally defined the gravitational constant in terms of the mean solar day.

A graviton particle field should reimpose a gravitational constant on the area.

In cosmologies based on this theory, the gravitational constant G decreases strongly with time.

This gravitational constant was first measured in 1797 by Henry Cavendish.

In addition, the present ambient value of the effective gravitational constant must be chosen as a boundary condition.

It requires that the gravitational constant be the same everywhere in the universe and is incompatible with a fifth force.

This theory differs from general relativity in that the gravitational constant is replaced by a variable field.

For these reasons, physicists generally do credit Cavendish with the first measurement of the gravitational constant.

The curve does not depend on the body's mass or on the strength of the gravitational constant.

The gravitational constant, called G in physics equations, is an empirical physical constant.