it is definatly 10
No, it's 11.
For any hour, the small arrow will be between that hour and the next. E.g., for 3h, the small arrow is between 3 and 4, and the large arrow obviously crosses that location.
Only 12->1 and 11->12 are different: in these cases the 'crossing' (or actually just overlap) happens at 12:00. This is the same crossing for the first and last hour of the day, so the total is only 11.
22 times
4:50
Since there are two periods of time, a.m. and p.m. , 24 hours (the time in a day) needs to be split in two. 24 split in two is obviously 12.That is why there is twelve hours on a clock.
The hands of a clock cross each other 11 times between 4 AM and 4 PM. This is because the minute hand moves faster than the hour hand, and they cross approximately every 65 minutes. Since there are 12 hours between 4 AM and 4 PM, they will cross 11 times during that period.
This riddle describes a clock. A clock has hands that indicate the time, but they cannot lift or hold objects like human hands can. Instead, they simply move around the clock face to show the hours and minutes.
22 times
The duration of No Hands on the Clock is 1.27 hours.
At 3 hours 45 minutes there is not an acute angle between the hands of the clock (unless you extend the hands backwards).
4:50
Since there are two periods of time, a.m. and p.m. , 24 hours (the time in a day) needs to be split in two. 24 split in two is obviously 12.That is why there is twelve hours on a clock.
The hands of a clock cross each other 11 times between 4 AM and 4 PM. This is because the minute hand moves faster than the hour hand, and they cross approximately every 65 minutes. Since there are 12 hours between 4 AM and 4 PM, they will cross 11 times during that period.
Clock dials are used on analog- style (as opposed to digital) clocks and watches. The other term for a clock dial is a clock face, or clockface. It is the part of the clock where the hour and minute hands (and maybe also seconds hands ) appear. Frequently the clock dial also has numbers, from one to twelve representing the hours, as well as five-minute intervals. Sometimes there are evenly spaced dots, instead of numbers. For an illustration of a clock dials, go to the link below.
The hands of the clock form an obtuse angle during each and every hour.
This riddle describes a clock. A clock has hands that indicate the time, but they cannot lift or hold objects like human hands can. Instead, they simply move around the clock face to show the hours and minutes.
A clock is modular math. It has a base twelve. We use a base ten. If the clock had ten hours in a half day then the remainder when dividing would always be our answer.
Angle between the hands of a clock=|11M-60H|/2i.e. M-Minutes=35(here)H- Hours=7(here)∴ The angle b/w hands of a clock=|11*35-60*7|/2=17.5°
90 degrees and 270 degrees.