A circle with a radius of 78.5 mm will have a circumference of approximately 493.23 mm. 5 hours will be 5/12 of that. 493.23 x 5/12 = 205.5125 mm
It travels once around the clock per hour. (It rotates 360 degrees.)
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The hour hand is the shortest hand of all three on a clock.
The minute hand of a clock turns about 360 degrees each hour.
90 degrees
The short hand is the hour hand on a clock.
The purpose of the hour hand on the clock is to tell which hour it is. *
30 degrees
It travels once around the clock per hour. (It rotates 360 degrees.)
The little hand on the clock is known as the hour hand.
The hour hand on a standard 12 hour clock rotates one twelth of 360 degrees in one hour. That is 30 degrees.
On a clock, the longer hand is the minute hand and the shorter hand is the hour hand. Also, the especially thin one that moves the fastest is the second hand.
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.
it is the short hand
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The hour hand is the shortest hand of all three on a clock.
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.