Assuming you mean each hand individually, when a hand goes all the way around, ie 1 full rotations it turns through an angle of 360 degrees.
It will have moved through: (50/60)*360 = 300 degrees
60 minutes = 1 rotation = 360 degrees So 12 minutes = 360*12/60 = 72 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 °
obtuse angle
obtuce angle
It will have moved through: (50/60)*360 = 300 degrees
60 minutes = 1 rotation = 360 degrees So 12 minutes = 360*12/60 = 72 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 °
A complete rotation which takes up 1 day or 24 hours.
Clocks are 360 degrees, them being basically a circle on their face, and it is separated into 60 different margins. This equals 6 degrees of rotation per minute.Then you just simply multiply by how many minutes that have passed and you will come out with the angle.
obtuse angle
obtuce angle
It is a obtuse angle.
There is no angle "between" one hand of a clock.
The angle formed is 60 degrees.
The hands of a clock at 2 o'clock will form an acute angle of 60 degrees
As one angle increases, its counterpart on the clock decreases. The acute angle is greater at 8 o'clock but the reflex angle is greater at 10 o'clock.