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.

where p is the star's parallax in arcseconds.

Semidetached binary stars are binary stars where one of the components fills the binary star's Roche lobe and the other does not.

where δ equals Rasalgheti's angular diameter in arcseconds, d < sub > R </ sub > the star's diameter in AU, and D < sub > R </ sub > the Distance from Earth in parsecs.

* Star lifting is a process where an advanced civilization could remove a substantial portion of a star's matter in a controlled manner for other uses.

Outside of this region, in the star's envelope, energy is carried to the photosphere by plasma convection, where it radiates into space.

where M is the star's total mass.

Current theories of stellar dynamics also suggest that there is very little mixing between the bulk of a star's atmosphere and the material of its core, where fusion takes place, so most of a large star's fuel will never be used naturally.

The radiation zone or radiative zone is a layer of a star's interior where energy is primarily transported toward the exterior by means of radiative diffusion, rather than by convection.

where equals the angular diameter of Schedar in arcseconds, the star's diameter in AU, and the Distance from Earth in parsecs.

The outermost planet discovered appears to be within the system's habitable zone, where liquid water would remain stable ( more accurate data on the primary star's luminosity will be required to know for sure where the habitable zone is ).

As the novel begins, a glitch — an instability of the magnetic field inside the star caused by changes in the star's rotation — is about to destroy a net made up of ropes, where a group of 50 humans live.

where I < sub > v </ sub >( λ ) is the luminous intensity in candelas, I < sub > e </ sub >( λ ) is the radiant intensity in W / sr and is the standard luminosity function.

The Eddington luminosity ( also referred to as the Eddington limit ) of a source is defined as the maximum luminosity where the continuum radiation force outwards balances the gravitational force inwards in hydrostatic equilibrium.

where < sub >☉</ sub > the mass of the Sun and < sub >☉</ sub > the luminosity of the Sun.

where v is the grain's velocity, c is the speed of light, W is the power of the incoming radiation, r the grain's radius, G is the universal gravitational constant, M < sub > s </ sub > the Sun's mass, L < sub > s </ sub > is the solar luminosity and R the grain's orbital radius.

Another measure is the ANSI contrast, in which the measurement is done with a checker board patterned test image where the black and white luminosity values are measured simultaneously.

where is the luminosity produced in the form of neutrinos ( which usually escape the star without interacting with ordinary matter ) per unit mass.

Outside the core of the star, where nuclear reactions occur, no energy is generated, so the luminosity is constant.

This difference is highlighted in their spectral designation under the Yerkes spectral classification, published in 1943, where stars are ranked on luminosity as well as spectral typing.

where κ ( r ) is the opacity, ρ ( r ) is the matter density, L ( r ) is the luminosity, and σ is the Stefan – Boltzmann constant.

where and are the absolute magnitude and the luminosity of the Sun in chosen color-band respectively.

Notice that the total ( bolometric ) luminosity of a star is then, where is the stellar radius.

It has a stellar classification of A9 Ib, with the luminosity class of ' Ib ' indicating it has reached the stage of its evolution where it has expanded to become a lower luminosity supergiant star.

In their " quiescent " state they are B-type stars with unusual emission lines, lying in a zone of the HR diagram where the least luminous have a temperature around 10, 000K and a luminosity about 250, 000 times the sun, while the most luminous have a temperature around 25, 000K and a luminosity over a million times the sun making them some of the most luminous of all stars.

The spectrum of this star matches a stellar classification of G8 Ib, where the luminosity class of Ib indicates this is a lower luminosity supergiant star.

Since the objects at different absolute magnitudes can be seen out to different distances, each point's contribution to the average absolute magnitude or to the luminosity function can be weighted by 1 / V < sub > max </ sub >, where V < sub > max </ sub > is the maximum volume over which the objects could have been seen.

Although it is only 13 % greater in mass than the Sun, it has reached a stage in its evolution where the atmosphere has expanded to about 12 times the Sun's radius and is radiating 63 times the luminosity of the Sun.

In 2006, the NStars program assigned it a class of F5 IV, where the luminosity class of ' IV ' indicates this is a subgiant star that is exhausting the supply of hydrogen at its core and is in the process of evolving into a giant star.

The spectrum of the star matches a stellar classification of B3 IV, where the luminosity class of ' IV ' indicates this is a subgiant star that has nearly exhausted the supply of hydrogen at its core and is evolving away from the main sequence.