360
Each minute is six degrees.
the answer for "through what angle will the minute hand have turned from 2 o'clock, when the clock shows 10 o'clock?" is 2880 °
No, the size of each angle formed by the hour and minute hands on a clock would not change if the minute hand were shorter. The angles are determined by the positions of the hands relative to each other and the clock face, not by their lengths. Therefore, regardless of the minute hand's size, the angles between the hands remain the same.
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.
Measuring from the minute hand (at 12) and going clockwise, it would be 210 degrees.
Technically 364.999 to the Nth degree, since the hands of a clock go in circles, you could view them barely touching as an obtuse angle.
Each minute is six degrees.
360 times
the answer for "through what angle will the minute hand have turned from 2 o'clock, when the clock shows 10 o'clock?" is 2880 °
No, the size of each angle formed by the hour and minute hands on a clock would not change if the minute hand were shorter. The angles are determined by the positions of the hands relative to each other and the clock face, not by their lengths. Therefore, regardless of the minute hand's size, the angles between the hands remain the same.
1 minute is 6 degrees so 10*6 = 60 degrees
24
Any time the hands are one minute apart, like 12:01
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.
Measuring from the minute hand (at 12) and going clockwise, it would be 210 degrees.
Each minute is 6 degrees and so it's about 30 degrees
144 degrees. Each minute mark around the clock face is 6 degrees.