Half of a full rotation is 180 degrees. In terms of circular motion, this represents a straight line or a semicircle, dividing the circle into two equal parts. In radians, half of a full rotation is π radians.
180° is half of a full rotation, so the answer is half of a day or twelve hours (ignoring the variables that contribute to the equation of time offset).
The length of rotation typically refers to the distance traveled by a point on a rotating object as it completes one full rotation around its axis. It is calculated based on the circumference of the circle traced by the rotating point.
Mars has a rotation similar to Earth, known as prograde rotation, where it rotates on its axis in the same direction as it orbits the sun. It takes about 24.6 hours for Mars to complete one full rotation.
30 360/12=30
It was a half moon yesterday. (2-26-11) ;)
180 degrees because a full rotation is 360 degrees, if you take half of 360 you get 180 :)
Due to the phases of the moon and rotation of the Earth.
360 degrees would be one full rotation. 180 degrees would be a half rotation. 360+180=540 So it would be a rotation and a half.
I understand that it takes one full day or 24 hrs. for the earth to complete rotation, and each 12 hrs. the earth has completed half a turn.
There are 360 degrees in a full rotation.
A full rotation is a 360 degree rotation. A full circle is 360 degrees.
is this question a joke? what the hell: It's 900 degrees of rotation. If you're not an idiot, you would know that it is two and a half revolutions.
One full rotation of the hour hand is 12 hours. One full rotation of the minute hand is an hour
well depends wat you mean some people like to get the whole 180 but some people like to catch it 90 and pivot the last part of the rotation
180° is half of a full rotation, so the answer is half of a day or twelve hours (ignoring the variables that contribute to the equation of time offset).
180° is half of a full rotation, so the answer is half of a day or twelve hours (ignoring the variables that contribute to the equation of time offset).
RevolutionThe Earth revolves around the sun, making a full rotation every calendar year.