angular degreeの例文

• During the oscillating action, the fitted accessory moves along a minimal arc of 3.2 angular degrees.
• In non-rotating stars, modes with the same angular degree must all have the same frequency because there is no preferred axis.
• Modes of the same angular degree \ ell form roughly vertical lines at high frequencies, as expected from the asymptotic behaviour of the mode frequencies.
• As a consequence, modes can only be detected up to an angular degree of about 3 in intensity and about 4 if observed in radial velocity.
• Flying at 500 mph or 805 km / h ( 733 ft / s or 223 m / s ), each second the aircraft would cross seven angular degrees of sky.
• A further frequency separation, the rotational splitting can be seen in high-resolution solar data between modes of the same angular degree, but different azimuthal order ( m ).
• The angular degree indicates the number of nodal lines on the stellar surface, so for large values of \ ell, the opposing sectors roughly cancel out, making it difficult to detect light variations.
• This motivates the " echelle diagram ", in which the mode frequencies are plotted as a function of the frequency modulo the large separation, and modes of a particular angular degree form roughly vertical ridges.
• High-order pressure modes of a given angular degree \ ell are expected to be roughly evenly-spaced in frequency, with a characteristic spacing known as the " large separation " \ Delta \ nu.
• The stellar structure is usually assumed to be spherically symmetric, so the horizontal ( i . e . non-radial ) component of the oscillations is described by spherical harmonics, indexed by an angular degree \ ell and azimuthal order m.
• If a certain amount of force can move a 30 kg object 20 feet along a horizontal plane, and the same force is used to move an object of the same weight, but this time up an inclined plane, is there a way to find out the angular degree in the slope that will mean that the object only moves half as far?
• If, for instance, a person would choose the option on the circle that maximizes the own outcome, this would refer to an " SVO angle " of 0 ^ { \ circ }, indicating a perfectly individualistic SVO . An angle of 45 ^ { \ circ } would indicate a perfectly cooperative ( maximizing joint outcomes ) SVO, while an angle of-45 ^ { \ circ } would indicate a perfectly competitive ( maximizing relative gain ) SVO . This conceptualization indicates that SVO is a continuous construct, since there is an infinite number of possible SVOs, because angular degrees are continuous.