0 degrees.
Every minute on a round clock is six degrees. Putting the hands on 12 and 3 (15 minutes) would be a 90 degree angle.
The angle between the 12 and 1 o'clock positions on a clock can be calculated by noting that each hour mark represents 30 degrees (360 degrees divided by 12 hours). Therefore, the angle between the 12 and 1 o'clock is 30 degrees.
At 12 o'clock, the minute hand points at 12, and the hour hand also points at 12. Since both hands are aligned, the angle between them is 0 degrees. Therefore, the angle between the hands of a clock at o'clock is always 0 degrees.
Right Angle or 900
The hands of a clock at 5 to 12
The answer depends on the angle between WHAT and WHAT!
With the graphic facilities available on this site, I do not stand a chance! However, if you look at an analogue clock, a 25 degree angle is one between 12 (at the top of the clock) and 81/3 minutes.
When it is 7:00, the hour hand and minute hand of a 12-hour clock form a 150° angle.
Every minute on a round clock is six degrees. Putting the hands on 12 and 3 (15 minutes) would be a 90 degree angle.
Right Angle or 900
At 12 o'clock, the minute hand points at 12, and the hour hand also points at 12. Since both hands are aligned, the angle between them is 0 degrees. Therefore, the angle between the hands of a clock at o'clock is always 0 degrees.
The hands of a clock at 5 to 12
When the angle hits 1:00, the angle is 30 degrees. This is figured out by dividing 360 (a circle's measurement in angles) by 12 (the number of hours). Since there is only one hour, there are 360/12=30 degrees.
so you have moved 2/12 around a clock. there are 3600 around the full clock, so: 360/12 is 30, 30x2 is 600.
11
An acute Angle is smaller than a right angle, for example: If you have the Big hand on the 12 and the small hand on the 2 the inside angle is a acute angle
Imagine two clock hands two minutes apart.