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.
The hour hand of a clock completes one full rotation, or 360 degrees, in 12 hours. This means that the hour hand turns 30 degrees per hour. So, in 12 hours, the hour hand will turn a total of 360 degrees.
12 hours = 360 degrees 4 hours = 12/3 = 360/3 degrees = 120 assuming 4pm is meant
Quarter turn is 90 degrees. Half a turn is 180 degrees. Three-quarter turn is 270 degrees. Full turn is 360 degrees.
180 degrees
A full turn is 360 degrees. To determine how many 30-degree angles fit into a full turn, you can divide 360 by 30. This calculation shows that it takes 12 angles of 30 degrees to make a complete 360-degree turn.
The hour hand of a clock completes one full rotation, or 360 degrees, in 12 hours. This means that the hour hand turns 30 degrees per hour. So, in 12 hours, the hour hand will turn a total of 360 degrees.
1080 degrees.
Twelve because 12 times 30 = 360 degrees which is a full turn
In full turn,there are 360 degrees.
12 hours = 360 degrees 4 hours = 12/3 = 360/3 degrees = 120 assuming 4pm is meant
Quarter turn is 90 degrees. Half a turn is 180 degrees. Three-quarter turn is 270 degrees. Full turn is 360 degrees.
180 degrees
180 degrees
Imagine the head bolt is the dial on a clock. The distance between minute marks is 6 degrees. So to turn it 73 degrees you would start at 12 and turn it to 12 1/2 minutes.
A full turn is 360 degrees. To determine how many 30-degree angles fit into a full turn, you can divide 360 by 30. This calculation shows that it takes 12 angles of 30 degrees to make a complete 360-degree turn.
360 degrees
30 degrees