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The adjective bright derives from an Old English beorht with the same meaning via metathesis giving Middle English briht. The word is from a Proto-Germanic *berhtaz, ultimately from a PIE root with a closely related meaning, * bhereg-"white, bright".
In an article titled "Current Notes" in the February 9, 1885, edition, the phrase is mentioned as a good practice sentence for writing students: "A favorite copy set by writing teachers for their pupils is the following, because it contains every letter of the alphabet: 'A quick brown fox jumps over the lazy dog. ' " [1] Dozens of other ...
The meaning of the word is imprecise or open to more than one interpretation. For example, in "the Sun is bright", 'bright' is a relative term that does nothing to inform the reader of how bright the Sun actually is, nor how bright it is compared to other celestial bodies. Editors should always avoid using terms such as these, except in quotations.
would be seen as a large, very bright bluish disk of 35° apparent diameter −37.42 star Betelgeuse: seen from 1 AU away −30.30: star Sirius A: seen from 1 AU away −29.30: star Sun: seen from Mercury at perihelion: −27.40: star Sun: seen from Venus at perihelion −26.832: star Sun: seen from Earth [16] about 400,000 times as bright as ...
In contrast, the term brightness in astronomy is generally used to refer to an object's apparent brightness: that is, how bright an object appears to an observer. Apparent brightness depends on both the luminosity of the object and the distance between the object and observer, and also on any absorption of light along the path from object to ...
"Try to see the good in people." "Come on − he can't be that bad." "You should be grateful to even be in a relationship.". If you've heard these phrases before, chances are you've been "bright ...
Sun glitter is a bright, sparkling light formed when sunlight reflects from water waves. The waves may be caused by natural movement of the water, or by the movement of birds or animals in the water. Even a ripple from a thrown rock will create a momentary glitter. Light reflects from smooth surfaces by specular reflection.
Note that the brighter the star, the smaller the magnitude: Bright "first magnitude" stars are "1st-class" stars, while stars barely visible to the naked eye are "sixth magnitude" or "6th-class". The system was a simple delineation of stellar brightness into six distinct groups but made no allowance for the variations in brightness within a group.