degree of freedom

The game is true 3D with movement in six degrees of freedom.

Also, the appropriate degrees of freedom are given in each case.

It may be necessary to add degrees of freedom to the original model.

Beside, a new head with 2 degrees of freedom was added.

The degrees of freedom used in this test is n 1.

The degrees of freedom for the whole design is also applied.

The degrees of freedom for the model in that case is equal to 2.

This is because the problem contains six degrees of freedom.

Let's take water for instance because you are familiar with its degrees of freedom.

The atoms in our system can have different degrees of freedom.

Typically, individual legs range from two to six degrees of freedom.

Thus, a rigid body free to move in space is said to have six degrees of freedom.

It was only when all degrees of freedom vanished that the Change took place.

In both cases, and is the degrees of freedom parameter.

The arms have three degrees of freedom, and it is possible to fit wrists.

Degrees of freedom - the extent to which a robot can move itself.

One says that there are n 2 degrees of freedom for error.

A large physical system with infinitely many degrees of freedom does not always visit every possible state, even if it has enough energy.

This is explained further in the article Degrees of freedom (statistics).

The robot has 28 degrees of freedom and was provided cameras for eyes.

Grouping all three observations, we have with 50 degrees of freedom.

Atoms and electrons have only these three degrees of freedom.

It has too many degrees of freedom, as it were.

The mouse allows users to work in true 3D with 6 degrees of freedom.

For simple systems, there may be as few as one or two degrees of freedom.