A full rotation is a 360 degree rotation. A full circle is 360 degrees.
Because there are 360 degrees around a circle and a complete rotation of an angle is also 360 degrees
It is: 360 degrees
A quarter circle corresponds to an angle of 90 degrees. This is because a full circle is 360 degrees, and dividing it into four equal parts results in each part measuring 90 degrees. Therefore, a quarter circle represents one-fourth of a complete rotation.
360 degrees and 180 degrees respectively
One complete rotation is equal to (2\pi) radians. This is because a full circle measures 360 degrees, and when converted to radians using the formula (\text{radians} = \frac{\text{degrees} \times \pi}{180}), it results in (2\pi). Thus, there are (2\pi) radians in a full rotation.
Because there are 360 degrees around a circle and a complete rotation of an angle is also 360 degrees
It is: 360 degrees
A semi-circle, half a circle, by definition is 180 degrees, half of a rotation. A whole circle has a whole rotation, which is 360 degrees.
A quarter circle corresponds to an angle of 90 degrees. This is because a full circle is 360 degrees, and dividing it into four equal parts results in each part measuring 90 degrees. Therefore, a quarter circle represents one-fourth of a complete rotation.
360 degrees.
360 degrees are in a comlete circle
A circle contains 360 degrees.
360 degrees and 180 degrees respectively
A full turn of a circle contains 360 degrees
One complete rotation is equal to (2\pi) radians. This is because a full circle measures 360 degrees, and when converted to radians using the formula (\text{radians} = \frac{\text{degrees} \times \pi}{180}), it results in (2\pi). Thus, there are (2\pi) radians in a full rotation.
I'm guessing a quarter of a rotation of a circle would be 90 degrees (360/4) so two times would be.. 180? :)
A circle has 360 degrees because angles are measured in degrees and and a full rotation of an angle is 360 degrees.