One week.
It depends. A timer counts down, and is useful if you want a time limit. A stopwatch keeps track of the elapsed time, which means it counts up.
Naturally, such an answer isdifficult to find accurate statistics for, due to the length of time which has elapsed since.However, according to one source: at the time ofJesus, Jerusalem would have boasted a population of roughly 80,000people.
earth is approximately rotating at 66 and a half degrees
Because time is considered to be the independent variable, with distance being dependent on the time elapsed since some starting point. Also, distance can be treated as function of time but time will not be a function of distance unless the object is always moving away from the initial position. If the object is stationary or returning, the distance-to-time relationship becomes one-to-many which is not permitted for a function.
A rotating bezel watch has a bezel that can be turned in one or both directions. It typically has markings or numerals on it, which are used for things like tracking elapsed time or measuring speed. By rotating the bezel to align with a specific point on the watch face or starting point, you can easily track the desired time or speed.
The spinning dial on a watch is typically called a rotating bezel. It can be used for timing events or tracking elapsed time, such as for diving or other activities that require precise time measurement. The bezel can be rotated in one direction to set a starting point, and then used to track the passage of time by lining up the marker with the current minute or second hand position.
The purpose of rotating watch bezels, which are often associated with scuba diving, is to keep track of elapsed time, or to make other measurements, such as average speed or distance traveled. Rotating bezels take advantage of a watch's primary function--timekeeping-- to allow the wearer to keep track of something other than just the hours, minutes and seconds of the day. Definition A bezel is the ring that surrounds the dial, or face, of a watch. Commonly constructed of gold, gold plate or stainless steel, the bezel may be adorned with diamonds on a jewelry watch. On sports watches, it often has calibrated markings and the ability to rotate in either one or two directions. Although rotating watch bezels perform timekeeping functions, the primary purpose of the bezel is to hold the crystal covering the face of the watch in place. Unidirectional Bezel As the name indicates, a unidirectional bezel is one that rotates in only one direction--counterclockwise. This type of rotating bezel is often used for scuba diving. Prior to submerging, a scuba diver with 45 minutes of air in his tank could turn the bezel so either the zero mark or the 45 mark is showing, depending if it is a count-up or countdown gauge. That lets the diver know how much air is left with a quick glance at the watch, rather than subtracting the starting time from the current time to determine how many minutes have elapsed or how many minutes of air are left. The bezel on a diver's watch is often ratcheted to prevent it from accidentally being knocked out of its original position, which could be disastrous for the wearer. Bidirectional Bezel This type of bezel moves both clockwise and counterclockwise, enabling it to be used either for mathematical calculations or for measuring how much time has elapsed or how much time is remaining. Tachymeter Watches with a rotating bezel that serves as a tachymeter help the wearer calculate their speed of movement based on travel time. For example, the wearer starts the chronograph, or stopwatch function, at a mile indicator and at the next mile indicator the point on the scale where the second hand lies shows his or her miles per hour speed. It can be used with any unit of distance, as its purpose is simply to measure units traveled by hour. Slide Rule A slide rule bezel features logarithmic or other scales on the watch face's outer edge, enabling the wearers to perform mathematical calculations. The rotating bezel is marked with one scale and is slid around the stationary scale to make calculations of various types, which depend on the watch. Some models are designed for calculating how much fuel an airplane has used or the fuel weight.
elapsed time = 11:45 to 12:45 so you look at is 11:45 so what you do is you do you add one hour and it ============ 12:45
specific amount of time has elapsed. This means that reinforcement is delivered after a fixed period of time, regardless of the subject's behavior.
One week.
The rotating bezel is for helping you adjust the offset from when you start timing for the tachyometer, with the 60 marking being the start where you start timing.Tachyometers will not worry about what units you use. It is designed to measure rates, and it will ALWAYS be units-per-hour. You time how long it takes to do something (either traveling a given distance, making something, or some other action) within one minute, and the moment you stop, the stopwatch/tachyometer seconds hand will point the rate on the bezel. If you wish to verify the rate, it's (number of seconds equal to or less than 1 minute divided by 3600*)*3600 seconds is one hour.
4 months-haha
It was John Schultz in 1973 with an elapsed time of 32 days, 15 hours, nine minutes and one second.
It depends. A timer counts down, and is useful if you want a time limit. A stopwatch keeps track of the elapsed time, which means it counts up.
Yep. The earth is always rotating so if it is the middle of the earth, then you will see that there is.
In place of a velocity meter (speedomoeter), one can use a stopwatch or clock to measure the time elapsed to cover a fixed distance.