The hour hand on a clock will move 30 degrees every hour. (This assumes a "regular" clock and not a 24-hour clock.) The hour hand of a clock will move 360 degrees in 12 hours. That means it will move 360/12 degrees in one hour. That's 30 degrees in an hour. There are 60 minutes in an hour, so the hour hand will move 30/60 degrees in a minute. That's 0.5 degrees in a minute.
The minute hand of a clock turns about 360 degrees each hour.
There are 360 degrees on the clock face that the minute hand travels in one hour which is 6 x 10 minutes. So the degrees turned by the minute hand in 10 minutes is 360/6 = 60
If we simply imagine the minute hand is on the 6, and the hour hand is on the two, there will be a total of 120 degrees between the minute and the hour hand, 1/3 of the clock is covered between the two hands. However, it is not that simple. Because 30 minutes has travelled, the hour hand will be half way between the 2 and the 3. We know that every hour, the hour hand moves 30 degrees (360 / 12 hours = 30). Therefore, in 30 minutes, it will have travelled 15 degrees. Which means the hour hand is 15 degrees closer to the minute hand. Therefore, the actual angle between the minute and hour hand is actually 105 degrees.
The minute hand passes through 360 degrees in an hour and 6 degrees in a minute
The angle between the hour hand and the minute hand on a standard clock at 6:30 is 15 degrees. Let's review the movement of the hands of the clock specific to this problem. The hour hand moves through the 12 hours of half a day in 12 hours (naturally), and that translates into the hour hand moving 360 degrees in 12 hours. That means the hour hand moves 360/12, or 30 degrees per hour. That translates into 15 degrees in half an hour. If the hour hand is pointing straight down at 6:00 (which it is), it will move 15 degrees from where it was in half and hour. And the time will be 6:30 with the minute hand pointing straight down. The minute hand will be pointing to where the hour hand was half an hour ago. And, as stated, the hour hand will have moved from dead on the six and gone 15 degrees further around.
15 degrees, each number is separated by 30 degrees (360/12) so if it's a standard wall clock the hour hand will be halfway between 6 and 7 and the minute hand will be pointed at 6, therefore the angle created is half that between the numbers i.e. 15 degrees.
The hour hand would be at 195 degrees and the minute hand at 180 degrees.
Hour hand moves 30 degrees, minute hand moves 360 degrees.
It is 90 degrees
It is: 180 degrees
At 6:30, the hour hand is at 195 degrees, the minute hand is at 180 degrees, the second hand would be at 0 degrees. The hour and minute hands would also be 15 degrees apart.
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 full circle of the clock is 360 degrees. The distance between any two figures on the clock is therefore 360 ./. 12 = 30 degrees. When it's 6 o'clock there are six figures between the hour hand and the minute hand, so 6 x 30 = 180 degrees.
The minute hand in a clock in most cases sweeps 360 degrees every hour. So in one minute the angle swept is 360/60 = 36/6 = 6 degrees
Since a clock hand turns 360 degrees in 60 minutes, it will move 30 degrees in 5 minutes and 120 degrees in 20 minutes.
Each interval between numbers on a clock is 30 degrees. When the minute hand is on the 6 (which is the half mark), the hour hand has already moved 15 degrees from 12, because half of 30 is 15. To make calculating the angle easier, we can apply what we know. We know that a straight line is 180 degrees. Now subtract 15 from 180, and you get 165 degrees.
It moves through 360 degrees
180 degrees. The hands are a straight line. Or, to be technical, you divide the clock face (360 degrees) by the number of minutes there are in half a day (clocks only record half a day: AM or PM), which is 360/12*60, so each minute is half a degree. There are 360 minutes between the twelve and the six on a clock. Half of 360 is 180. This only works for times ON THE HOUR, otherwise, the hour hand moves for every minute of time passing.