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60 minutes = one whole circle = 360 degrees.

That is, 1 minute = 360/60 = 6 degrees

So 10 minutes = 10*6 = 60 degrees.

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Q: What is the angle described by hour hand in 10 minutes?
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Related questions

What type of angle is formed on a clock when it's 10 minutes after 12?

Assuming the hour hand moves steadily for the entirety of the hour, the angle formed by the hour and minute hand would be 55 degrees.


What is the angle turned by hour hand of a clock in 30 minutes and 15 seconds?

In one hour the hour hand completes 360/12 degree i.e. 30o. 1 hour is equal to 60 minutes so in 1 minute angle completed by hour hand is 30o/60 i.e 0.5o, so angle completed in 30 minutes is 0.5o x 30 = 15o. 1 minute is equal to 60 seconds so angle completed by hour hand in 1 sec is equal to 0.5o/60 so angle completed in 15 seconds is 0.5o x 15/60 = 0.125o. So, the total angle turned by our hand = 15o + 0.125o = 15.125o.


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It is an acute angle. It is the angle between 12 and the minute hand when it is 10 minutes and 50 seconds after the hour.


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Yes, I can.It is the angle between the hour hand and 12 when the time is 4:20Yes, I can.It is the angle between the hour hand and 12 when the time is 4:20Yes, I can.It is the angle between the hour hand and 12 when the time is 4:20Yes, I can.It is the angle between the hour hand and 12 when the time is 4:20


C code to find angle between hour hand and minute hand?

Lets start by thinking of a clock as a circle, with directly up being 0 degrees. At 12:00, both hands are at 0 pointing straight up. Every 60 minutes, the minute hand will make a complete revolution, so at any given time its angle is: minute_deg = minute * 360 / 60 = minute * 6; The hour hand will make a complete revolution every hour, so its formula is: hour_deg = hour * 360 / 12 = hour * 30; A function to find the angle would be: int angleBetweenHands(int hour, int minute) { if(hour > 12) // In case of 24 hour clock hour -= 12; int angle = hour * 30 - minute * 6; if(angle > 180) angle = 360 - angle; return(angle); }


What is the angle at which the minute hand of a clock rotates over a period of twelve minutes?

12 minutes is 1/5th of an hour. The minute hand sweeps 360 degrees - a full circle - in one hour. So the angle formed by the start and stop of a 12-minute sweep of the minute hand would be 1/5th of 360 degrees or 72 degrees.


What is the angle between the minute hand and the hour hand of a clock at half past two?

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.


What is the angle in nearest degrees created by the minute hand and the hour hand?

One minute is six degrees. Multiply however many minutes the hands are apart by six.


Which angle do the hour hand and the minute hand make when it is 6 o' clock?

straight angle


What angle is made by the clock hands at four twelve?

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