Forty five degrees.
The hour hand moves 360 degrees in 12 hours so 6 degrees takes 0.2 hours = 12 minutes.
The hour hand takes twelve hours for a complete circle, 360 degrees. Twelve hours is 12x60 minutes = 720 minutes. If 360 degrees takes 720 minutes, 1 degree takes 720 divided by 360. 720/360 = 2 minutes.
720. in 60 minutes, the hour hand on a clock turns a complete circle, or 360 degrees. since 120 minutes is 2 hours, the hour hand would make 2 complete turns, which is 360 degrees twice, which is 720 degrees.
The minute hand of a clock completes a full rotation of 360 degrees in 60 minutes. Therefore, in 35 minutes, the minute hand would have turned (35/60) * 360 degrees, which is 210 degrees.
Forty five degrees.
On an ordinary clock, with 12 hours on the face, the hour hand rotates360 degrees in 12 hours30 degrees in 1 hour = 60 minutes1/2 degree per minute5 degrees in 10 minutes
It moves through 15 degrees every 30 minutes.
Answer: Two minutes Solution: 1) An hour hand takes 12 hours to revolve 360 degrees (one full circle) 2) One degree of revolution would be 1/360 of 12 hours 3) 12 hours = 720 minutes 4) 1/360 * 720 = 2 minutes
The hour hand moves 360 degrees in 12 hours so 6 degrees takes 0.2 hours = 12 minutes.
The hour hand takes twelve hours for a complete circle, 360 degrees. Twelve hours is 12x60 minutes = 720 minutes. If 360 degrees takes 720 minutes, 1 degree takes 720 divided by 360. 720/360 = 2 minutes.
Minute hand will rotate 1440 times in 24 hours.
2880 degrees 1) One rotation of the minute hand is 360 degrees. 2) One rotation is completed in 1 hour. 3) So in 8 hours the minute hand will go through 8 x 360 degrees = 2880
720. in 60 minutes, the hour hand on a clock turns a complete circle, or 360 degrees. since 120 minutes is 2 hours, the hour hand would make 2 complete turns, which is 360 degrees twice, which is 720 degrees.
360
Since a clock hand turns 360 degrees in 60 minutes, it will move 30 degrees in 5 minutes and 120 degrees in 20 minutes.
This problem can be solved as follows: The angle Ah of the hour hand of a clock, measured from the position at noon or midnight when the hour and minute hands exactly coincide, is Ah = (360 degrees/12 hours)th, where th is the time in hours, including fractions of hours, because the hour hand moves the entire 360 degrees around the clock in 12 hours. Similarly, the angle Am of the minute hand = (360 degrees/60 minutes)tm, where tm is the time in minutes only, including fractions of minutes. The stated time is 3 + 40/60 + 20/3600 hours = 3.672222... hours and the angle is therefore about 110. 11666666... degrees, using the formula above. The time in minutes only is 40 + 20/60 = 40.33333...., so that the angle of the minute hand is 242 degrees. The difference between them is therefore about 131.833..... degrees, or in fraction form 131 and 5/6.