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Q: If the hour hand on a clock moves 160 of a degree every minute how many many degrees will the hand move in one hour?

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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.

On a standard analog 12 hour clock, it takes 720 minutes for the hour hand to go around the clock once (360 degrees), so every minute the hour hand advances by 1/2 of a degree, not 1/60th of a degree. The hour hand will advance by 1/12th of the full 360 degrees in one hour, which is 30 degrees.

Every minute on a clock equals 6 degrees. 145 degrees would be pretty close to 5:01

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.

5/60 Degree

A circle is 360 degrees.

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3600

the hour hand moves 30 degrees in every hour, the minute hand moves 6 degrees each minute Clocks hand moves 1/60 of a degree every minute1 hour = 60 minutes60 * 1/60 = 1The clocks hand move 1 degree an hour

Every minute on a clock is six degrees. 12:16 would be 96 degrees. 12:17 is 102 degrees. 98 degrees, an obtuse angle, would be just past 12:16.

Every minute on a round clock is six degrees. Putting the hands on 12 and 3 (15 minutes) would be a 90 degree angle.

0.0167

On a normal 12-hour clock, the hour hand moves thru 360° in 12 hours, 360° in 720 minutes, or ½° every minute. In an hour's time, the hour hand moves 30°.

It is an acute angle which is greater than 0 but less than 90 degrees. Every minute on a standard wall clock is six degrees. 55 degrees is a little past 12:09.

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°.

1 hour = 60 minutes therefore: It would have moved (1/60) x 60 minutes = 1 degree

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

On a normal 12-hour clock, the hour hand moves thru 360° in 12 hours, 360° in 720 minutes, or ½° every minute. In one hour, the hour hand moves thru 30°.

24 times. When the minute hand lines up with the hour hand that is 0 degrees. This happens every hour.

The question contains an invalid premise: 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° (nor 160 of a degree). In one hour, 60 minutes, a normal 12-hour clock's hour hand will move 30°. On a normal 24-hour clock, the hour hand moves 360° in 24 hours, 360° in 1440 minutes, or ¼° every minute. In one hour, the hour hand of a 24-hour clock will move 15°. 160*60 = 9600 degrees

On a normal 12-hour clock, the minute hand moves thru 360° in 1 hour, 360° in 60 minutes, or 6° every minute. In ten seconds, the minute hand moves 1°.

360 degrees.

The question contains an invalid premise: 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°.

11 times in every 12 hours.

The hour hand moves 360/12=30 degrees every hour (so in 12 hours it moves 360 degrees -- back to where it started). One minute is 1/60 of an hour, so in 1 minute the hour hand moves 30/60=1/2 degree. In the meantime the minute hand has moved 1/60th of the distance around the clock, or 1/60 x 360 = 6 degrees. So at 12:01 the angle between the hands is 6 - 1/2 = 5 1/2 degrees