The obvious answer is 4:00 and 8:00. However, the two hands will be exactly 120° apart 44 times in a 24 hour period. Two other such times are @ 4:43:38.18 and 7:16:21.82
The hands on a clock!
3 o' clock 6 o'clock 9 o' clock 12 o'clock
You must understand the question first.The number of degrees in a circle is always equal to 3600.Now a clock has 60 minutes in an hour,therefore each minute is equal to 3600 / 60 which is equal to 60.
The angle between the two hands of the clock at half past two is 105 degrees.
An analog clock is a clock with numbers in a circle and a minute and hour hand to tell the time.
2 hands of a clock 2 halves of a circle
The hands on a clock!
3 o' clock 6 o'clock 9 o' clock 12 o'clock
You must understand the question first.The number of degrees in a circle is always equal to 3600.Now a clock has 60 minutes in an hour,therefore each minute is equal to 3600 / 60 which is equal to 60.
The angle between the two hands of the clock at half past two is 105 degrees.
An analog clock is a clock with numbers in a circle and a minute and hour hand to tell the time.
Twice.
Every minute on a round clock is six degrees. Putting the hands on 12 and 3 (15 minutes) would be a 90 degree angle.
120 degrees is the angle made by the hands of a clock at 4 o clock. To get this answer, you could divide the clock into equal parts (12), and find the ratio of the time in terms of parts to the total number of parts of the clock (which would be 4/12 in this case). Then, you cross multiply the ratio you got, to the ratio of the unknown degrees to the total number of degrees in a circle (x/360). (4 * 360 = 12x). The answer should be 120 degrees.
When two angles have common vertex and side but do not overlap, they are said to be adjacent angles. Some real examples are intersection of two roads, hands of a clock etc.
twice an hour, at the 15 minute mark and 45 minute mark.
No Hands on the Clock was created in 1941.