well since the moon only face us one side when a eclipse occur the side which faceing the earth are going to be shadow because the sun is at the back of the moon which is why a eclipse occur. by the way the moon only face one side becuase the moon take the same time to orbit the earth and turns around on its own axist. the simple way to understand is that when the moon orbit the earth quater way and itself turns quater way, when it orbit the earth another quater way it turns quater way and so on so on like that, in conclution no mater what happens the moon will only facing us use one side of it face.
It is night in the hemisphere facing away from the Sun.
lower elevations...
It depends on where on the moon you are. If you are on the side of the moon facing Earth, yes. If you are on the side facing away, no. If you are on the Earth-facing side you can see Earth because there is nothing obstructing your view, and Earth is a good deal larger than the moon, which would make it a very prominent object in the sky. On the side facing away you cannot se Earth because the moon is blocking your view
Yes.
Only during a lunar eclipse, which can only happen during a full moon. The visible phases of the moon are caused by it changing its position relative to Earth and the sun. The visible portion is the moon's day side; the side facing toward the sun. The unlit portion is the night side, facing away from the sun.
At night time the part of the Earth you are on, is facing away from the sun so it does not receive any sunlight. As the Earth turns around to face the sun it becomes morning.
Because we live in the Northern Hemisphere. The most sun exposure on Earth is at the Equator so in the Northern Hemisphere, the southern-facing windows have the largest angle facing the sun while the northern-facing windows face away from the sun. In the southern hemisphere, this is the opposite.
Yes, the side of the planet facing the sun would get some sunlight; the side facing away from the sun would be dark. The sunlight side would not be nearly as bright as it is on Earth and Uranus is considerably farther from the sun than the Earth.
Then we would receive only 1/4 of the sunlight we receive now.Then we would receive only 1/4 of the sunlight we receive now.Then we would receive only 1/4 of the sunlight we receive now.Then we would receive only 1/4 of the sunlight we receive now.
The Earth is a sphere, and too far from the Sun for any significant light to reach the side facing away from the Sun. So at any given time, about one-half of the Earth is facing the Sun and in daylight. The other half is facing away and experiences night. As the Earth turns, locations move into the sunlight and then out of it again. When not being heated by the Sun, the Earth radiates away its heat into space, which is why the night is substantially cooler than the day.
It is night in the hemisphere facing away from the Sun.
The poles are the coldest places on Earth because of the tilt of Earth's axis. The axis tilts the poles away from the sun so they receive very little sunlight, and very little warmth.
Every planet gets sunlight, but the farther away the planet, the less sunlight it will receive per unit area.Every planet gets sunlight, but the farther away the planet, the less sunlight it will receive per unit area.Every planet gets sunlight, but the farther away the planet, the less sunlight it will receive per unit area.Every planet gets sunlight, but the farther away the planet, the less sunlight it will receive per unit area.
The Sun is so far away that its rays are nearly parallel, and can only illuminate half of the spherical Earth at one time. As the Earth spins on its axis, from west to east, sunlight reaches the day side (half) that is facing the Sun, while the side (half) facing away experiences night. Some sunlight is scattered by the atmosphere, so there is some light shortly before dawn and shortly after sunset.
? what if if its facing away from the sun it would be night if that is what u asked
During a full lunar eclipse, the visible half of the moon's surface is in the Earth's shadow while the rest does not receive sunlight because it is facing away from the Sun. Lunar eclipses occur during full moon phases.
Away