Probably only the four outer planets could be seen easily. Mars would go as much as ten degrees from the Sun but would be very dim, about 6th magnitude. The Earth would be a maximum of six degrees from the Sun but a little brighter. Jupiter would go out to about 30 degrees from the Sun so would be a bright morning and evening star, slightly less bright than seen from Earth. Uranus would be about 4th magnitude at oppositon, Neptune about 6th magnitude.
Apparent magnitude is a measure of how bright a celestial object appears from Earth. It is a logarithmic scale where lower numbers indicate brighter objects. Apparent magnitude takes into account the intrinsic brightness of the object as well as its distance from Earth.
Magnitude is a measure of how bright an object is in the sky when we view it. As we are on the Earth this obviously doesn't apply. However the Earth as seen from the Sun would be around magnitude -4. If you mean how reflective is the Earth (its albedo) then it is currently around 0.3
Apparent magnitude is 0.77 Absolute magnitude is 2.21Wikipedia lists its visual magnitude as 0.77.
Betelgeuse has an apparent magnitude of 0.58 and on absolute magnitude of -6.05.
Probably only the four outer planets could be seen easily. Mars would go as much as ten degrees from the Sun but would be very dim, about 6th magnitude. The Earth would be a maximum of six degrees from the Sun but a little brighter. Jupiter would go out to about 30 degrees from the Sun so would be a bright morning and evening star, slightly less bright than seen from Earth. Uranus would be about 4th magnitude at oppositon, Neptune about 6th magnitude.
Apparent magnitude is a measure of how bright a celestial object appears from Earth. It is a logarithmic scale where lower numbers indicate brighter objects. Apparent magnitude takes into account the intrinsic brightness of the object as well as its distance from Earth.
Magnitude is a measure of how bright an object is in the sky when we view it. As we are on the Earth this obviously doesn't apply. However the Earth as seen from the Sun would be around magnitude -4. If you mean how reflective is the Earth (its albedo) then it is currently around 0.3
Magnitude means size. The magnitude of 8 is greater than the magnitude of 4. The magnitude of 1023209138109283 is greater than the magnitude of 12. =)) .... enjoyy... =D
Apparent magnitude is 0.77 Absolute magnitude is 2.21Wikipedia lists its visual magnitude as 0.77.
The magnitude is '6' , because the numbers goes into the million, that is '10' to the power of '6'. 10^(6).
the brightness of a star is called it's magnitude
Antares Absolute and Apparent Magnitude Absolute Magnitude~ -5.2 Apparent Magnitude~ +0.60
Ursinus appears to be a small college in Pennsylvania. With distances of this magnitude, we can probably ignore its precise location and instead just assume the distance from Saturn to any location on Earth is more or less the same. The average distance from Saturn to Earth is, roughly, 1,400,000,000 km. Its distance at any given moment is somewhere between (again, roughly): 1,250,000,000 km and 1,600,000,000 km.
it is a 3.6 magnitude it is a 3.6 magnitude
Speed (which is a magnitude), and the direction.Speed (which is a magnitude), and the direction.Speed (which is a magnitude), and the direction.Speed (which is a magnitude), and the direction.
The two types are apparent magnitude, the magnitude of a star as it appears to us, and absolute magnitude, which is what a star's apparent magnitude would be at a standard distance of ten parsecs.