one hour
The hour hand of a clock takes 60 minutes to move from one number to the next. Since there are 12 numbers on a clock, each hour represents 30 degrees of movement (360 degrees divided by 12). Therefore, it takes the hour hand 5 minutes to move 1.5 degrees, which is the distance between each number.
It takes twelve hours for the hour hand to move 360 degrees In half an hour the hour hand moves 15 degrees
According to that, the hand will move 5/60 or 1/12. Every minute on a clock face is 6 degrees. An hour hand will move 30 degrees in an hour.
The hour hand moves 360 degrees in 12 hours so 6 degrees takes 0.2 hours = 12 minutes.
The long hand makes one complete revolution around the clock in one hour. It travels 360 degrees in rotation, or 2 pi radians. The tip of the long hand travels 2 pi inches per inch of length of the hand. The center of the long hand ( pivot point) does not move at all, but travels 2 pi radians in rotation.
THE HOUR HANDS TAKE 1 HOUR TO MOVE FROM 1 NUMBER TO NEXT
it takes five minutes from one hand to move to another hand on the clock.
It takes twelve hours for the hour hand to move 360 degrees In half an hour the hour hand moves 15 degrees
2 min.
According to that, the hand will move 5/60 or 1/12. Every minute on a clock face is 6 degrees. An hour hand will move 30 degrees in an hour.
The hour hand moves 360 degrees in 12 hours so 6 degrees takes 0.2 hours = 12 minutes.
5 min
360 degrees
A lot of times
On a normal 12-hour clock, the hour hand moves 360° in 12 hours, 360° in 720 minutes, or ½° every minute, not 1/60°. In one hour, 60 minutes, a normal 12-hour clock's hour hand will move 30°.
Move the hour hand to the number the bird cuckoos.
The long hand makes one complete revolution around the clock in one hour. It travels 360 degrees in rotation, or 2 pi radians. The tip of the long hand travels 2 pi inches per inch of length of the hand. The center of the long hand ( pivot point) does not move at all, but travels 2 pi radians in rotation.