Примери коришћења Central meridian на Енглеском и њихови преводи на Српски
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a common clock time is typically defined for an entire region based on the local mean solar time at a central meridian.
If the true origin of the grid is at latitude φ0 on the central meridian and the scale factor the central meridian is k0 then these definitions give eastings
This transformation projects the central meridian to a straight line of finite length and at the same time projects the great circles through E and W(which include the equator) to infinite straight lines perpendicular to the central meridian.
Near the central meridian(Greenwich in the above example) the projection has low distortion and the shapes of Africa, western Europe,
ellipsoid to the plane, although its principal application is to accurate large-scale mapping"close" to the central meridian.[citation needed].
For example, the original 1912 Krüger-n series compares very favourably with the exact values: they differ by less than 0.31 μm within 1000 km of the central meridian and by less than 1 mm out to 6000 km.
ellipsoid to the plane, although its principal application is to accurate large-scale mapping"close" to the central meridian.[citation needed].
very favourably with the exact values: they differ by less than 0.31 μm within 1000 km of the central meridian and by less than 1 mm out to 6000 km.
Therefore, γ is positive in the quadrant north of the equator and east of the central meridian and also in the quadrant south of the equator and west of the central meridian.
scale at the equator, and is about 1.54% greater at an angular distance of 10°.• The projection is reasonably accurate near the central meridian.
a common clock time has been defined for an entire region based on the mean local solar time at some central meridian.
a very similar system, but with the now-standard 0.9996 scale factor at the central meridian as opposed to the German 1.0.[4]
In this version, the central meridian is set to 10°E, the coordinate system is rotated to bring the 45°N parallel to the center,
Both projections have constant scale on the line of tangency(the equator for the normal Mercator and the central meridian for the transverse).
difference of 3 degrees, corresponding to a distance of 334 km from the central meridian at the equator but a mere 35 km at the northern limit of an UTM zone.
points on the equator 90 degrees east and west of the central meridian, and great circles through those points.
Distortion is small near the central meridian and the projection( particularly in its ellipsoidal form) is suitable for accurate mapping of narrow regions.• Greenland is almost as large as Africa; the actual area is about one fourteenth that of Africa.• Greenland and Africa are both near to the central meridian; their shapes are good
This Gauss-Krüger system is similar to the universal transverse Mercator system, but the central meridians of the Gauss-Krüger zones are only 3° apart,
In most applications the Gauss-Krüger coordinate system is applied to a narrow strip near the central meridians where the differences between the spherical and ellipsoidal versions are small,
In most applications the Gauss- Krüger coordinate system is applied to a narrow strip near the central meridians where the differences between the spherical and ellipsoidal versions are small,