See the table below for the values of these physical quantities.

The structure is used to measure one or more physical quantities.

The value zero plays a special role for many physical quantities.

Units for other physical quantities are derived from this set as needed.

A set of local laws that are obeyed by the various physical quantities.

The tables report physical quantities, not dollar values or unit prices.

The metric system features a single base unit for many physical quantities.

Therefore, attempts are made to link other physical quantities to time and frequency.

Concepts for describing aspects of nature by numbers are called physical quantities.

Most physical quantities include a unit, but not all - some are dimensionless.

The same applies for other physical quantities which are not dimensionless.

We look for solutions in the form (where, of course, the real parts correspond to the physical quantities).

All physical quantities characterizing the continuum are described this way.

A list of physical quantities whose directions are related by the right-hand rule is given below.

Many other physical quantities can be usefully thought of as vectors.

By 1871, he presented the Remarks on the mathematical classification of physical quantities.

Moment is also used colloquially for different physical quantities that depend upon distance.

This is because the fundamental physical quantities involved within each of these examples are related through first and second order derivatives.

More generally, most physical quantities are best described as (components of) tensors.

The final output of a navigation receiver is usually its position, speed or other related physical quantities.

Over time the association of variables with physical quantities faded away as mathematical technique grew.

All other physical quantities can be expressed in terms of these fundamental physical dimensions.

Examples of physical quantities are mass, volume, length, time, temperature,electric current.

Here is a table collecting some important physical quantities according to their dimensions in geometrized units.

In physics, a constitutive equation is a relation between two physical quantities.

A field is a physical quantity that has a value for each point in space and time.

See the table below for the values of these physical quantities.

The structure is used to measure one or more physical quantities.

Let be a physical quantity that is flowing through the body.

No reference has been made to any physical quantity or principle.

The value zero plays a special role for many physical quantities.

Units for other physical quantities are derived from this set as needed.

In the technical sense, impulse is a physical quantity, not an event or force.

Sensors often tend to be sensitive to more than one physical quantity.

A set of local laws that are obeyed by the various physical quantities.

However, strictly speaking it is not a number but a physical quantity with units of mol-1.

This is an example of how treating time as a real physical quantity has really screwed up science.

The tables report physical quantities, not dollar values or unit prices.

At the most fundamental level, some physical quantity are quantized.

The metric system features a single base unit for many physical quantities.

Therefore, attempts are made to link other physical quantities to time and frequency.

Concepts for describing aspects of nature by numbers are called physical quantities.

Most physical quantities include a unit, but not all - some are dimensionless.

"No physical quantity can continue to change exponentially forever," he said.

And given that these days an individual's age wasn't a physical quantity, her family objection to the three century difference was so bourgeois.

In relativity, mass and energy are two different ways of describing one physical quantity.

The matrix A is called the observable associated to the physical quantity.

The same applies for other physical quantities which are not dimensionless.

Since the electric current i is a physical quantity, it must be real-valued.

Sound intensity is not the same physical quantity as sound pressure.