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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.
The rotation of earth on its axis
The side of the Earth facing the Sun would get very hot and the side of the Earth in dark would get very cold.
The main thing to remember is that the Earth is a sphere. It's the same sort of shape as a basketball. The Earth blocks out the Sun so it can't light the side of Earth facing away from the Sun. A simple experiment: Take a ball and hold it to a light. The half of the ball facing the light will be lit up and the other side will be dark. Rotate the ball and different parts will now be light and dark. That's like what happens as the Earth rotates. That's why a place on Earth has day then night.
The UK goes dark at night because the Earth rotates. During our daytime, the UK is facing the sun and it is light. The planet is slowly spinning, so the sun appears to move across the sky. In the evening, we begin to lose the light. This is because the UK is moving away from the sun. At night, we are then facing away from the sun. As it gets closer to morning, it starts to get lighter again. This process happens every day, and is how day and night work.
the derpy planet :P lol jokes
the derpy planet :P lol jokes
there is day(morning) when the earth is facing the sun and it is dark (night time) when the earth is facing the moon
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.
The side of the moon facing the earth is always partly lit except for a split second when the new moon takes place every 27-28 days. It is never the dark side except for that split second.
The lighted half of the moon is always facing the sun. The entire dark half of the moon is facing earth at the time of "New Moon".
A new Moon
To see a crescent on a planet, most of the surface that is facing you must be dark. For this to happen the planet must be between the sun and you. Planets that are further away from the sun therefore will never have a crescent phase when viewed from Mars.
The New Moon is when the lit side of the moon is facing away from Earth, and only the dark side is visible.
The New Moon is when the lit side of the moon is facing away from Earth, and only the dark side is visible.
The sky gets dark because the earth orbits the sun and rotates, so when the earth is not facing the sun, it gets dark.
new moon