Think about it. Its a lake. The waves have to move towards shore. The real answer is that boats that you dont see further out on the lake make waves that hit all sides of the lake and will travel the full length of the lake, no matter what size.
They are not actually, moving, they just appear to be moving because we are. Consider that if you are on a train moving forward, objects that you pass by appear to move toward the read of the train.
Since we are always in motion and we have reason to believe that there are many black holes in the universe, there is bound to be one in the direction that we are moving. So, yes, I am moving toward a black hole. As are you.
They are not actually, moving, they just appear to be moving because we are. Consider that if you are on a train moving forward, objects that you pass by appear to move toward the read of the train.
They are not actually, moving, they just appear to be moving because we are. Consider that if you are on a train moving forward, objects that you pass by appear to move toward the read of the train.
They are not actually, moving, they just appear to be moving because we are. Consider that if you are on a train moving forward, objects that you pass by appear to move toward the read of the train.
They are not actually, moving, they just appear to be moving because we are. Consider that if you are on a train moving forward, objects that you pass by appear to move toward the read of the train.
If you mean straight down, you would be near the equator.
Since Earth's surface is rotating toward the east, "fixed" celestial bodies appear to be moving toward the west.
To be more specific, a sound source moving toward you will appear to emit a sound of higher frequency than actual. Conversely, a sound source moving away from you will appear to emit a sound of lower frequency than actual. See "the Doppler effect."
If you use the passing car as a reference point, you would appear to be moving south. This is because your perspective changes as the passing car moves north, making it seem like you are moving in the opposite direction, even though you are stationary.
If a star is moving toward Earth, it will experience a redshift in its light spectrum due to the Doppler effect. This means that the wavelengths of light will be stretched and appear more red. This effect allows astronomers to measure the speed and direction of a star's movement.
They are not actually, moving, they just appear to be moving because we are. Consider that if you are on a train moving forward, objects that you pass by appear to move toward the read of the train.