24
360 times
44. 22 in each 12 hour cyccle.
You must understand the question first.The number of degrees in a circle is always equal to 3600.Now a clock has 60 minutes in an hour,therefore each minute is equal to 3600 / 60 which is equal to 60.
105 degrees.A clock has 60 divisions around the outer edge representing the 60 minutes per hour. At 9.30 the minute hand will be at exactly 30 minutes. The hour hand will be exactly halfway between 9 hours and 10 hours (which is equal to 47.5 minutes according to the 60 minute divisions).As there are 60 divisions, and a circle is equal to 360 degrees, then each division is equal to 6 degrees.Therefore, the difference in minute divisions between the two hands = 47.5 - 30 = 17.5. The angle is therefore equal to 17.5 * 6 = 105 degrees.
360 degrees divided by 60 minutes. This equal 6 degrees for each minute. So the angle formed when the minute hand is 1 minute pass 12 will be about 6 degrees minus the hour hnd which may have move just slight pass the hour digit.
Assuming that the hour hand would be pointing directly at the 12, which in practice would not happen, because the hand will have progressed slightly from that position towards the 1... The angle between each of the numbers on a clock is equal to 360 / 12 = 30 degrees. Therefore, the angle between the 12 and the 4 is 120 degrees.
1 minute is equal to one sixtieth (or 1/60) of a degree.
They meet 24 times in a day.
it is equal to one minute or sixty seconds
Angle of repose is equal to angle of friction.
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.
if you add the vectors magnitude and equal to resultant the angle between them is 0