where ρ is the radius of curvature.

where the notation ρ is used to describe the distance of the path from the origin instead of R to emphasize that this distance is not fixed, but varies with time.

where it already is established that α = ρ.

where ρ is the density, m is the mass, and V is the volume.

where ρ is the density.

It can be expressed in other specific quantities by h = u + pv, where u is the specific internal energy, p is the pressure, and v is specific volume which is equal to 1 / ρ, where ρ is the density.

where p is pressure, ρ is density, R < sub > u </ sub > is the gas constant, M is the molar mass and T is temperature.

Now Φ ' has the form, where ( S ) and ( S ') are some quantifier strings, ρ and ρ ' are quantifier-free, and, furthermore, no variable of ( S ) occurs in ρ ' and no variable of ( S ') occurs in ρ.

where R is the radius of curvature, p is the pressure, ρ is the density, and v is the velocity.

where f is the force density ( force per unit volume ) and ρ is the charge density ( charge per unit volume ).

If the fluid being measured is significantly dense, hydrostatic corrections may have to be made for the height between the moving surface of the manometer working fluid and the location where the pressure measurement is desired except when measuring differential pressure of a fluid ( for example across an orifice plate or venturi ), in which case the density ρ should be corrected by subtracting the density of the fluid being measured.

where ( ρ ) is the density and ( Q ) is the volume rate of flow of fluid.

where ρ < sub > s </ sub >( 0, E < sub > f </ sub >) is the LDOS near the Fermi level of the sample at the sample surface.

where f is the Fermi function, ρ < sub > s </ sub > and ρ < sub > T </ sub > are the density of states in the sample and tip, respectively.

where the proportionality constant B < sub > 21 </ sub > is known as the Einstein B coefficient for that particular transition, and ρ ( ν ) is the radiation density of the incident field at frequency ν.

where ρ is the charge density.

where RD is relative density, ρ < sub > substance </ sub > is the density of the substance being measured, and ρ < sub > reference </ sub > is the density of the reference.

But California is where we're goin ''.

He thought of the jungles below him, and of the wild, strange, untracked beauty there and he promised himself that someday he would return, on foot perhaps, to hunt in this last corner of the world where man is sometimes himself the hunted, and animals the lords.

Now I wish to enter the American market, where the competition is very strong.

from downstream, where the water level is much lower, it is a high, elaborately facaded pavilion.

The answers derived by these means may determine not only the temporal organization of the dance but also its spatial design, special slips designating the location on the stage where the movement is to be performed.

Even in domains where detailed and predictive understanding is still lacking, but where some explanations are possible, as with lightning and weather and earthquakes, the appropriate kind of human action has been more adequately indicated.

Robert Penn Warren puts it this way in `` Brother To Dragons '': `` The recognition of complicity is the beginning of innocence '', where innocence, I think, means about the same thing as redemption.

A dominant motive is the poet's longing for his homeland and its boyhood associations: `` Not men-folk, but the fields where I would stray, The stones where as a child I used to play ''.

In a society where everything is for sale, Marlowe is the only man who cannot be bought.

This is done for simplicity of commands and to bring the hidden redundancy up to where misunderstanding has almost zero possibility.

As to benefits to employees, it is notorious for its callous disregard except where it depends on them for services.

`` The Moral Creed '' and `` The Will To Risk '' live happily together, if we do not examine where the line is to be drawn.

Since the slogans have little application to reality and are sanctimonious to boot, the applause is faint even in areas of the world where we should expect to find the greatest affection for free government.

Ptolemy's problem is to forecast where, against the inverted bowl of night, some particular light will be found at future times.

She was exposing herself to temptation which it is best to avoid where it can consistently be done.

Such performance is a great tribute to American scientists and engineers, who in the past five years have had to telescope time and technology to develop these long-range ballistic missiles, where America had none before.

but it is perennially restructured in situations where anchors are dragged or lost.

`` History has this in common with every other science: that the historian is not allowed to claim any single piece of knowledge, except where he can justify his claim by exhibiting to himself in the first place, and secondly to any one else who is both able and willing to follow his demonstration, the grounds upon which it is based.

Finally we may note that the idea appears in educational theory where its influence is at present widespread.

Argon is mostly used as an inert shielding gas in welding and other high-temperature industrial processes where ordinarily non-reactive substances become reactive ; for example, an argon atmosphere is used in graphite electric furnaces to prevent the graphite from burning.

* In a cathode ray tube, it is the positive terminal where electrons flow out of the device, i. e., where positive electric current flows in.

In that paper Faraday explained that when an electrolytic cell is oriented so that electric current traverses the " decomposing body " ( electrolyte ) in a direction " from East to West, or, which will strengthen this help to the memory, that in which the sun appears to move ", the anode is where the current enters the electrolyte, on the East side: " ano upwards, odos a way ; the way which the sun rises " (, reprinted in ).

Field evaporation is an effect that can occur when an atom bonded at the surface of a material is in the presence of a sufficiently high and appropriately directed electric field, where the electric field is the differential of electric potential ( voltage ) with respect to distance.

Subsequently, the accelerative force on any given ion is controlled by the electrostatic equation, where n is the ionisation state of the ion, and e is the fundamental electric charge.

In basic electric circuit theory, when studying band-pass and band-reject filters, the bandwidth represents the distance between the two points in the frequency domain where the signal is of the maximum signal amplitude ( half power ).

Both are important in the analysis of stress for a polarized dielectric solid under the action of an electric field, materials where the molecular structure is taken into consideration ( e. g. bones ), solids under the action of an external magnetic field, and the dislocation theory of metals.

A simple electric circuit, where current is represented by the letter i. The relationship between the voltage ( V ), resistance ( R ), and current ( I ) is V = IR ; this is known as Ohm's Law.

where Q is the electric charge transferred through the surface over a time t. If Q and t are measured in coulombs and seconds respectively, I is in amperes.

In that paper Faraday explained that when an electrolytic cell is oriented so that electric current traverses the " decomposing body " ( electrolyte ) in a direction " from East to West, or, which will strengthen this help to the memory, that in which the sun appears to move ", the cathode is where the current leaves the electrolyte, on the West side: " kata downwards, ` odos a way ; the way which the sun sets ".

For a while hybrid cable / electric systems operated, for example in Chicago where electric cars had to be pulled by grip cars through the loop area, due to the lack of trolley wires there.

where E is the electric field and δ < sup > 3 </ sup > is the 3-dimensional delta function.

* electric power where electric current is used to energise equipment

Examples of electric currents include metallic conduction, where electrons flow through a conductor such as metal, and electrolysis, where ions ( charged atoms ) flow through liquids.

In general, electrochemistry deals with situations where oxidation and reduction reactions are separated in space or time, connected by an external electric circuit.

where is the net outward current through a closed surface and is the electric charge contained within the volume defined by the surface.

A part of this route is the same as where electric trams made their world first run in 1887.

where j is the current density of the carrier electrons, and is the induced electric field.

Suspended wires for electric power transmission are bare, except where they enter buildings, and are insulated by the surrounding air.