The hour hand moves 360 degrees in 12 hours so 6 degrees takes 0.2 hours = 12 minutes.
It moves 360 degrees every 12 hours, so for 90 degrees that is 3 hours
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.
one hour
long hand (min) on the 12 and the short hand (hour) on what ever hour it is
The hour hand moves 360 degrees in 12 hours so 6 degrees takes 0.2 hours = 12 minutes.
It moves 360 degrees every 12 hours, so for 90 degrees that is 3 hours
It travels once around the clock per hour. (It rotates 360 degrees.)
In a 12 hour marked clock, there are 12 markings and the angle between any two markings is 360/12 = 30 degrees. This 30 degrees is traversed by the hour hand in 1 hour which is 60 minutes. So 1 degree will be traversed in 60/30 = 2 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.
In a 12 hour clock, the whole circle (360 degrees) is divided into 12 numbered divisions each representing an hour. The angle traversed by the hour hand in one hour is (360/12) = 30 degrees. So the time taken to traverse 1 degree is (1/30) hour which is (60/30) = 2 minutes
In a 12 hour clock, the whole circle (360 degrees) is divided into 12 numbered divisions each representing an hour. The angle traversed by the hour hand in one hour is (360/12) = 30 degrees. So the time taken to traverse 1 degree is (1/30) hour which is (60/30) = 2 minutes
In a 12 hour clock, the whole circle (360 degrees) is divided into 12 numbered divisions each representing an hour. The angle traversed by the hour hand in one hour is (360/12) = 30 degrees. So the time taken to traverse 1 degree is (1/30) hour which is (60/30) = 2 minutes
The short fat hand
Assuming that you are referring to a clock face, the long hand represents the minute's hand. To calculate how many minutes the long hand will take to move from 1 to 8, we need to determine the angle between these two positions on the clock face. A clock face is divided into 12 hours, and each hour represents 30 degrees (360 degrees divided by 12 hours). Thus, each minute represents 1/60th of an hour or 0.5 degrees (30 degrees divided by 60 minutes). Therefore, the angle between two consecutive minute marks on the clock face is 6 degrees (0.5 degrees multiplied by 12). To move from 1 to 8, the long hand must pass over 7 minute marks (1, 2, 3, 4, 5, 6, and 7), which represents an angle of 42 degrees (7 multiplied by 6). Since the long hand moves at a constant rate, we can use the formula: time = (angle between the two positions) / (rate of movement) The rate of movement for the long hand is 360 degrees per 60 minutes, or 6 degrees per minute. Thus, the time taken for the long hand to move from 1 to 8 would be: time = 42 degrees / 6 degrees per minute = 7 minutes Therefore, the long hand would take 7 minutes to move from 1 to 8 on a clock face.
one hour
long hand (min) on the 12 and the short hand (hour) on what ever hour it is