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it's 23 degrees below the horizon; you won't see it.
We can see them when they are above the horizon and the Sun is below the horizon. They still receive sunlight when we are having our night-time, and what we see is the part of the planet that is in sunlight. Jupiter is brighter because it is very much bigger, despite being a lot further away.
Actually, the Moon appears larger when it is at the horizon. This is every time you happen to see it near the horizon, but it is only an illusion.Actually, the Moon appears larger when it is at the horizon. This is every time you happen to see it near the horizon, but it is only an illusion.Actually, the Moon appears larger when it is at the horizon. This is every time you happen to see it near the horizon, but it is only an illusion.Actually, the Moon appears larger when it is at the horizon. This is every time you happen to see it near the horizon, but it is only an illusion.
1. When it is below the horizon. 2. when it is in the Sun's glare 2 days either side of New Moon.
The altitude of the highest point of the rainbow that you see is (42 degrees) minus (the altitude of the sun above the horizon behind you). If the sun is sitting right on the horizon ... just risen or just about to set ... then the highest point of the rainbow is about 42 degrees above the horizon opposite the sun. If the sun is higher, then the rainbow is lower, by the same amount. If the sun is more than about 42 degrees above the horizon, then any rainbow you might otherwise see is entirely below the opposite horizon, and you don't see one.
It means just below the visual horizon. Although light waves can't see below the horizon, radio waves can, a bit.
at sunset you can see the sun sink below the horizon
In the northern hemisphere it is above the horizon or we wouldn't see it.
The horizon.
it's 23 degrees below the horizon; you won't see it.
If you see the North Star go below the horizon, assuming you have identified it correctly, then you would have to be moving south across the equator.
the sun is yellow
Depending on the atmospheric conditions, when you see the Sun rise, it may actually be between about 1 and 4 degrees below the horizon, due to refraction in the atmosphere.Depending on the atmospheric conditions, when you see the Sun rise, it may actually be between about 1 and 4 degrees below the horizon, due to refraction in the atmosphere.Depending on the atmospheric conditions, when you see the Sun rise, it may actually be between about 1 and 4 degrees below the horizon, due to refraction in the atmosphere.Depending on the atmospheric conditions, when you see the Sun rise, it may actually be between about 1 and 4 degrees below the horizon, due to refraction in the atmosphere.
Make the horizon line relatively low in the paintingApex
See the link below.
the angle of elevation would be the angle between the horizon and the line of sight to whatever object you are measuring to. Lets say for instance that you see a plane, and you determine that it has an angle of elevation of 30 deg. This means that from the horizon, you would need to look up at an angle of 30 degrees to see that plane. below I linked to a diagram which illustrates it quite well. Hope this helped!
Due to the curvature of the earth, the masts, being taller, will appear above the horizon, while the hull will still be below the horizon.