15 degrees, each number is separated by 30 degrees (360/12) so if it's a standard wall clock the hour hand will be halfway between 6 and 7 and the minute hand will be pointed at 6, therefore the angle created is half that between the numbers i.e. 15 degrees.
clock is a circle - so 360 degrees- there are 12 divisions- so each division is 30 degrees.. big hand is at 4 ... small hand is between 7 and 8 ..... 4-5-6-7 ninety degrees. 1hr - 30 deg 1 min- 1/2 deg 20 min - 10 deg so totally - 100 deg Got that..........
0 degrees. No -- this is a trick question. At 6:00 the hands are at 180 degrees, but by the time the minute hand has moved to 30 minutes the hour hand has moved on to half way between '6' and '7', so the angle between the hands is 360/24 degrees = 15 degrees.
5 time zones , actually because there is one hour difference between each time zone so you subtract
Measuring from the minute hand (at 12) and going clockwise, it would be 210 degrees.
210 degrees
Depending on where you're measuring, it's either 210 or 150 degrees.
15 degrees. Minute hand is pointing to the 6 and the hour hand halfway between 6 and 7, which themselves are 30 deg apart.
In a clock with 12 hour readings, at 6:30 am the minute hand would be directly on 6 and the hour hand would be mid way between 6 and 7. Between any two markings on this clock the angle is 360/12 = 30 degrees. Since minute hand is precisely on 6 and hour hand is exactly half way between 6 and 7, the angle between them at 6:30 am is 30/2 = 15 degrees
26 - 19 = 7 degrees of latitude
150 degrees
Assuming that you are referring to a clock face, the long hand represents the minute's hand. To calculate how many minutes the long hand will take to move from 1 to 8, we need to determine the angle between these two positions on the clock face. A clock face is divided into 12 hours, and each hour represents 30 degrees (360 degrees divided by 12 hours). Thus, each minute represents 1/60th of an hour or 0.5 degrees (30 degrees divided by 60 minutes). Therefore, the angle between two consecutive minute marks on the clock face is 6 degrees (0.5 degrees multiplied by 12). To move from 1 to 8, the long hand must pass over 7 minute marks (1, 2, 3, 4, 5, 6, and 7), which represents an angle of 42 degrees (7 multiplied by 6). Since the long hand moves at a constant rate, we can use the formula: time = (angle between the two positions) / (rate of movement) The rate of movement for the long hand is 360 degrees per 60 minutes, or 6 degrees per minute. Thus, the time taken for the long hand to move from 1 to 8 would be: time = 42 degrees / 6 degrees per minute = 7 minutes Therefore, the long hand would take 7 minutes to move from 1 to 8 on a clock face.
15 degrees, each number is separated by 30 degrees (360/12) so if it's a standard wall clock the hour hand will be halfway between 6 and 7 and the minute hand will be pointed at 6, therefore the angle created is half that between the numbers i.e. 15 degrees.
clock is a circle - so 360 degrees- there are 12 divisions- so each division is 30 degrees.. big hand is at 4 ... small hand is between 7 and 8 ..... 4-5-6-7 ninety degrees. 1hr - 30 deg 1 min- 1/2 deg 20 min - 10 deg so totally - 100 deg Got that..........
0 degrees. No -- this is a trick question. At 6:00 the hands are at 180 degrees, but by the time the minute hand has moved to 30 minutes the hour hand has moved on to half way between '6' and '7', so the angle between the hands is 360/24 degrees = 15 degrees.
5 time zones , actually because there is one hour difference between each time zone so you subtract
Measuring from the minute hand (at 12) and going clockwise, it would be 210 degrees.