How to read numbers stopwatch

There are two main types of stopwat∞♣∞♠ch, the traditional non digital stopwat₹ ↕ ch, the dial with clockwise cloc£♦kwise, and the more modern digit® ₽ al stopwatch usually shows a reading∞β∞₹ time of up to one percent seconds≠§™. According to the stopwa©☆γtch you use, you will need to know♦ λ how to read the stopwatch aφ¥nd see that the appearance ​↓±on the outside of the stopwatch is®≥ RESEE. I know it₩φ₩∑9;s the stopwatch of theε≥ "Rui" cardα‍'. You can look at the stopwatch numbe← r in the picture to che£↓βck the smaller, beating sto✘×pwatch data; like a larger second ₽φhand, the smaller stopw''€★atch number is just li<λ↔ke a clockwise rotation, but t&α  he number of minutes used is measur™>♣ed.

Combine the minute hand with the ↕÷larger second hand to geε‌β™t the whole time. For exβ ample, if the small needle is on 3 and ®≠σthe big hand is on the↕™♥¥ 45 mark, then you have used ​♠→‌3 minutes and 45 seconds, and reset✘± the pointer to zero mark according t±✘γo the button at the top ♠₩≈of the stopwatch.

Stopwatch readings rule

How do you read the  $single row stopwatch number? A sσ₩ingle row stopwatch is not marked with β™('') and (') stopwatch ≤£symbols. The single ro÷♦σεw stopwatch shows only↔←©✘ numbers, unlike a clocβ÷≤≠k like format, we often dislike t↕$he stopwatch readings, not to say£≈÷ how the stopwatch read the numbers$™γβ.

In my opinion, for a person with a b>φ§it of professionalism, t¥↓he stopwatch reading♠  number needs to look at ←‍ the last two digits of th↔λ•e stopwatch number first, because the€‌¥ two digit number on the right of the s≠¥¶topwatch screen is ma§±↕€rked with a unit (millisecon€↓d) smaller than the second, and ±‍​the two bit number in millisβφ₩‍econds will be smaller than t₩§hat of other numbers. Yo♠β₩‌u can see a digital stopwatch iλ§‌ n the picture; the countdown third a♠♠±€nd the fourth are the × >real seconds.

Check the number of two stopwatches in↑↑ front of the second, that is, the sto→✔δ‍pwatch is just beginning to s×‌♠tart. These numbers add one↓↑ to 60 seconds in the  Ωπ✘number of seconds, and look a™★σ↕t the two smaller nu★λ©↔mbers after the second. These numbers ★≥₽÷beat much faster, because they±≠§ use "one percent seco∞π∞★nd seconds" to i±σδ≈ntegrate all the num♣☆∏bers you use. For example, 1≥≈φ↕2:03:35 will be 12 miγ←∞δnutes 03 seconds and 35 on×♣βe percent seconds.

Some stopwatches also ✘÷provide "circle" time, in w'↔φ•hich the next two buttons a"÷≥♣re used to measure t♠↑≥'he completion of each "σ$circle". The numbers are ™÷‌≥read in exactly the same wσ↓α♥ay, but you may display more than one±•Ω☆ time. The picture on the le∞© ¥ft side of this step shows<' " the "digital stopwatch with kn↓∞£®ee opening", and the mini✔σ∏mum time is the combinatio✔​<n of all circles.

The above is stopwatch re£ ading that has just started ti♥δ₽me. When the stopwatch recording t™≥≈ ime meets an hour, it will notσσ€€ be visible in one percent↓≠ seconds. When the s​ ×topwatch number meets an ho$♥ur, one hour will be displayed on tΩσ‌$he left two position, and the min♠₹δ ute will move to the right£ε, and so on, milliseconds will not ap±αpear. In this case, we will f★βδ≠ind that the right stopwatch number pu≤♣₹↕lsation slows down, at this time theδ£↕ second is beating, and the number of ≤↓∞seconds of the stopwatch is✘ ↕$ reduced to one second, one second an∑‌↓d one second, which is one of thσ♣™e ways to read number₹♥​♥s in a single row stopwatch.