In the Southern Hemisphere, it would be the Milky Way Galaxy, our Galaxy. There are many more Galaxies, no doubt many larger than ours, but the prominent one in the sky is ours.
The Galaxy is shaped like a large disk of stars, with a ball of stars mounted in the centre of it. Our Solar System is about where the ball meets the disk, and for Southern Hemisphere viewers, our night sky looks towards the centre of the disk and ball system. Which is a bit of good luck for southern astronomers.
[As a footnote, southern skies, where I live, are sufficiently clear that by moonlight one can read a book by the light of the Full Moon, and can also discern colours. Features I understand are denied Northern hemisphere folk. We have little atmospheric pollution. The reading is slow - only a few tens of words per minute. ]
If the bright light is moving across the sky, it could be a satellite or the International Space Station. If it appears to be a fixed point of light, it is likely a star or a planet like Venus.
The spectrum of light from a star appears continuous, without gaps, because it is a result of the superposition of light emitted at different wavelengths. This continuous spectrum is produced as the star emits light across a range of wavelengths leading to a smooth distribution of colors in the spectrum.
The atmosphere scatters blue light more than yellow light.
Yes, the sun appears yellow to us on Earth because its light is scattered by the Earth's atmosphere, causing shorter-wavelength light (blue and violet) to be dispersed more than longer-wavelength light (yellow, orange, and red). In space, the sun emits light across a spectrum of colors, with the majority being in the visible range.
venusearthKeep in mind that planets do not emit light. Their brightness depends on the brightness of the light source illuminating them, on their distance from that light source, on their surface albedo, and on their distance from the viewer. Therefore, which planet appears brightest depends on where the viewer is in the solar system. From earth, Venus is the brightest planet both because of the relative distances and its high surface albedo (which is due to its surface being completely covered by very white cloud cover).
It is the Milky way
it is a closed system. no matter or energy flows across the boundary
it is a closed system. no matter or energy flows across the boundary
The abs light is on because you have a problem with the abs system. The light will remain on until the problem is fixed. Once fixed the light will reset itself.
Because it appears as a wide, light milky band across the night sky.
That depends what you choose to include. The Oort cloud is estimated to be about a light-year from thet Sun - so the diameter ("across") would be about two light-years.
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If the bright light is moving across the sky, it could be a satellite or the International Space Station. If it appears to be a fixed point of light, it is likely a star or a planet like Venus.
A laser light appears as a bright, focused beam of light that is usually a single color such as red, green, or blue. It is coherent and does not spread out like the light from a flashlight, creating a sharp and visible line across surfaces.
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When white light strikes a black object, the object absorbs most of the light and reflects very little, which is why the object appears black. This is because black objects absorb most of the light across the visible spectrum.
Blue what ? ! ? Do you mean an object that appears blue in white light ? Such an object appears black in green light.