The hour hand is the shortest hand of all three on a clock.
If the little hand is on the 1 and the big hand is on the 6, it is 1:30. The little hand represents the hour, which is between 1 and 2, and the big hand represents the minutes, which is at the 6, indicating 30 minutes past the hour.
210
To determine the fraction of an hour that 7 minutes represents, first convert 7 minutes to hours by dividing by 60 (since there are 60 minutes in an hour). This gives you 7/60 hours. To simplify this fraction, you can divide both the numerator and denominator by their greatest common factor, which is 1. Therefore, the fraction of an hour that 7 minutes represents is 7/60 hours.
12 hours
To write 3:10 AM in analog form, you would represent the hour hand pointing to the 3 and the minute hand pointing to the 2 on a clock face. The hour hand represents the hour, while the minute hand represents the minutes. The small hand pointing directly at the 3 indicates 3 o'clock, and the minute hand pointing at the 2 represents 10 minutes past the hour.
The hour hand of a clock completes one full rotation, or 360 degrees, in 12 hours. This means that the hour hand turns 30 degrees per hour. So, in 12 hours, the hour hand will turn a total of 360 degrees.
15 degrees (a 15 degree angle). The minute hand points directly to the 6 (marking an exact half hour); the hour hand is exactly half way between the 6 and 7, marking 6.5 hours exactly. Each full hour (usually marked on clock by a number) represents 30 degrees (1/12 of 360); each half hour represents 1/2 of that or 15 degrees.
If the little hand is on the 1 and the big hand is on the 6, it is 1:30. The little hand represents the hour, which is between 1 and 2, and the big hand represents the minutes, which is at the 6, indicating 30 minutes past the hour.
At 4 o'clock, the minute hand is at the 12, and the hour hand is at the 4. Each hour mark on a clock represents 30 degrees (360 degrees divided by 12 hours). Therefore, the angle between the hour hand and the minute hand at 4 o'clock is 4 x 30 = 120 degrees.
It takes twelve hours for the hour hand to move 360 degrees In half an hour the hour hand moves 15 degrees
One full rotation of the hour hand is 12 hours. One full rotation of the minute hand is an hour
180 degrees.
The hour hand of a clock completes one full revolution, or 360 degrees, in 12 hours. Therefore, in 6 hours, it moves half of that distance. To calculate this, you can divide 360 degrees by 12 hours to get 30 degrees per hour, and then multiply by 6 hours. Thus, the hour hand moves 180 degrees in 6 hours.
When the big hand is on the 6 and the little hand is on the 7, it is 6:35. The big hand represents minutes, and the little hand represents hours. The big hand is on the 6, indicating 30 minutes, and it has moved an additional 5 minutes past the 6, making it 35 minutes past the hour. The little hand is on the 7, indicating 7 o'clock.
The minute hand will cross over the hour hand once every hour. So in 12 hours, the answer is 12 times.
The angular speed of the hour hand is 30 degrees per hour because the hour hand completes a full rotation of 360 degrees in 12 hours. Therefore, 360 degrees divided by 12 hours is equal to 30 degrees per hour.
At 10 o'clock, the hour hand is pointing at the 10, and the minute hand is pointing at the 12. Each hour represents 30 degrees on the clock (360 degrees divided by 12 hours). Therefore, the angle between the hour hand at 10 and the minute hand at 12 is 10 hours × 30 degrees = 300 degrees. However, the smaller angle between the two hands is 360 degrees - 300 degrees = 60 degrees.