A complete turn is 360 degrees. To find the fraction of a complete turn represented by a rotation of 75 degrees, you divide 75 by 360. This gives you ( \frac{75}{360} ), which simplifies to ( \frac{5}{24} ). Therefore, a rotation of 75 degrees is ( \frac{5}{24} ) of a complete turn.
3/4
180 degrees is half a rotation so probably a half.
A full turn is 360 degrees, so to find the degrees in a 12-turn rotation, you multiply 360 degrees by 12. This gives you 4,320 degrees. Therefore, a 12-turn rotation is 4,320 degrees.
To make a complete turn around, it takes 360 degrees. This full rotation brings you back to your original starting position. If you only want to turn halfway around, that would be 180 degrees.
It is 1/2 a turn
180 degrees is 1/2 of a complete turn
A complete turn would equal 360 degrees.
3/4
360 degrees is one full turn- a complete circle.
180 degrees is half a rotation so probably a half.
3/4 (three quarters).
A complete rotation (one turn) measures 360°. Thus, 60° is one-sixth of 360°, and so the fraction of a turn is 1/6.
An angle is measured in degrees, which is a unit of angular measurement equal to 1/360 of a full rotation. This means that a full turn is equivalent to 360 degrees. As a fraction of a full turn, an angle can be represented as a numerator over 360, where the numerator is the number of degrees the angle measures. For example, a right angle measures 90 degrees, which can be expressed as 90/360 or 1/4 of a full turn.
180 degrees is half of a full turn, which is equivalent to 1/2 of a turn. This is because a full turn is 360 degrees, so half of that would be 180 degrees. Therefore, 180 degrees can be expressed as the fraction 1/2 when referring to a complete turn.
3/4 of a rotation or a turn is 270 degrees
One complete turn of a planet's axis is known as a "single rotation." This rotation typically takes one day to complete on Earth, causing the cycle of day and night.
A turn through 90 degrees.