Yes, all parts of the minute hand on a watch have the same angular displacement because they are rigidly connected. This means that as the minute hand rotates around the center of the watch, every point on the hand moves through the same angle at the same time.
The angular velocity of the hour hand of length 1cm of a watch depends on the time unit and geometry of the watch. It can be calculated by dividing the angular displacement of the hour hand by time. One full rotation of the hour hand in 12 hours gives the angular velocity in radians per hour.
Angular velocity has units of (angle per time), usually stated in radians per second. (1 whole revolution = 2 pi radians) Assuming the watch is operating properly, the second hand turns once per minute. 1 rev/minute = (2 pi) / (60 seconds) = pi/30radians per second. This is usually good enough for most physicists, but if they demand a number, it's easy to work it out: pi = 3.14159 (rounded) Angular velocity = pi/30 = 0.10472 radians per second. Or if you really want the physicist to take notice, tell him "104.72 milliradians per second".
The third hand on a watch is called the second hand because it counts the seconds in a minute. The first hand is the hour hand, the second hand is the minute hand, and the third hand is the second hand.
Yes, the arms of a watch represent the hour, minute, and second hands that indicate the time. These arms move in a synchronized manner to track the passage of time as accurately as possible.
To read a watch, simply look at the position of the watch hands. The hour hand indicates the hour, the minute hand shows the minutes, and sometimes there is a second hand that indicates the seconds. Some watches also have additional features such as date displays or chronographs that can be read by referring to the respective dials or buttons on the watch.
That motion is called angular motion. The angular speed of the second hand is 2pi radians per minute.
The angular velocity of the hour hand of length 1cm of a watch depends on the time unit and geometry of the watch. It can be calculated by dividing the angular displacement of the hour hand by time. One full rotation of the hour hand in 12 hours gives the angular velocity in radians per hour.
Angular motion.
you can watch it in ten or 11 minute parts on youtube
150radians/sec
Angular velocity has units of (angle per time), usually stated in radians per second. (1 whole revolution = 2 pi radians) Assuming the watch is operating properly, the second hand turns once per minute. 1 rev/minute = (2 pi) / (60 seconds) = pi/30radians per second. This is usually good enough for most physicists, but if they demand a number, it's easy to work it out: pi = 3.14159 (rounded) Angular velocity = pi/30 = 0.10472 radians per second. Or if you really want the physicist to take notice, tell him "104.72 milliradians per second".
You can purchase Antique Pocket Watch parts from the Dave's Watch Parts Website or the NH Watch Parts Website. You can also sell Antique Pocket Watch Parts to these websites.
It takes 6 - 8MB to watch a 1 minute an SD quality video
Maybe on YouTube. If not then go to a video store and find out. By the way, what is Chicken Minute???
Many watch brands will sell specific watch parts on their website, so check the brand of watch you have and see if the company sells the parts direct. If they don't, check out Dave's Watch Parts website.
If watched one after another with no loading times, it is possible to watch 1080 4 minute videos in 3 days.
There can be anywhere from 10 to 100 parts in a watch, depending on its type, quality and construction.