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Seconds (sec) to milliseconds (msec)

Seconds to milliseconds conversion table

1 sec	1000 msec
2 sec	2000 msec
3 sec	3000 msec
4 sec	4000 msec
5 sec	5000 msec
6 sec	6000 msec
7 sec	7000 msec
8 sec	8000 msec
9 sec	9000 msec
10 sec	10000 msec
11 sec	11000 msec
12 sec	12000 msec
13 sec	13000 msec
14 sec	14000 msec
15 sec	15000 msec
16 sec	16000 msec
17 sec	17000 msec
18 sec	18000 msec
19 sec	19000 msec
20 sec	20000 msec

21 sec	21000 msec
22 sec	22000 msec
23 sec	23000 msec
24 sec	24000 msec
25 sec	25000 msec
26 sec	26000 msec
27 sec	27000 msec
28 sec	28000 msec
29 sec	29000 msec
30 sec	30000 msec
31 sec	31000 msec
32 sec	32000 msec
33 sec	33000 msec
34 sec	34000 msec
35 sec	35000 msec
36 sec	36000 msec
37 sec	37000 msec
38 sec	38000 msec
39 sec	39000 msec
40 sec	40000 msec

41 sec	41000 msec
42 sec	42000 msec
43 sec	43000 msec
44 sec	44000 msec
45 sec	45000 msec
46 sec	46000 msec
47 sec	47000 msec
48 sec	48000 msec
49 sec	49000 msec
50 sec	50000 msec
51 sec	51000 msec
52 sec	52000 msec
53 sec	53000 msec
54 sec	54000 msec
55 sec	55000 msec
56 sec	56000 msec
57 sec	57000 msec
58 sec	58000 msec
59 sec	59000 msec
60 sec	60000 msec

61 sec	61000 msec
62 sec	62000 msec
63 sec	63000 msec
64 sec	64000 msec
65 sec	65000 msec
66 sec	66000 msec
67 sec	67000 msec
68 sec	68000 msec
69 sec	69000 msec
70 sec	70000 msec
72 sec	72000 msec
74 sec	74000 msec
76 sec	76000 msec
78 sec	78000 msec
80 sec	80000 msec
82 sec	82000 msec
85 sec	85000 msec
90 sec	90000 msec
95 sec	95000 msec
100 sec	100000 msec

Milliseconds to seconds conversion table

10 msec	0.01 sec
20 msec	0.02 sec
30 msec	0.03 sec
40 msec	0.04 sec
50 msec	0.05 sec
60 msec	0.06 sec
70 msec	0.07 sec
80 msec	0.08 sec
90 msec	0.09 sec
100 msec	0.1 sec
110 msec	0.11 sec
120 msec	0.12 sec
130 msec	0.13 sec
140 msec	0.14 sec
150 msec	0.15 sec
160 msec	0.16 sec
170 msec	0.17 sec
180 msec	0.18 sec
190 msec	0.19 sec
200 msec	0.2 sec

210 msec	0.21 sec
220 msec	0.22 sec
230 msec	0.23 sec
240 msec	0.24 sec
250 msec	0.25 sec
260 msec	0.26 sec
270 msec	0.27 sec
280 msec	0.28 sec
290 msec	0.29 sec
300 msec	0.3 sec
310 msec	0.31 sec
320 msec	0.32 sec
330 msec	0.33 sec
340 msec	0.34 sec
350 msec	0.35 sec
360 msec	0.36 sec
370 msec	0.37 sec
380 msec	0.38 sec
390 msec	0.39 sec
400 msec	0.4 sec

410 msec	0.41 sec
420 msec	0.42 sec
430 msec	0.43 sec
440 msec	0.44 sec
450 msec	0.45 sec
460 msec	0.46 sec
470 msec	0.47 sec
480 msec	0.48 sec
490 msec	0.49 sec
500 msec	0.5 sec
510 msec	0.51 sec
520 msec	0.52 sec
530 msec	0.53 sec
540 msec	0.54 sec
550 msec	0.55 sec
560 msec	0.56 sec
570 msec	0.57 sec
580 msec	0.58 sec
590 msec	0.59 sec
600 msec	0.6 sec

610 msec	0.61 sec
620 msec	0.62 sec
630 msec	0.63 sec
640 msec	0.64 sec
650 msec	0.65 sec
660 msec	0.66 sec
670 msec	0.67 sec
680 msec	0.68 sec
690 msec	0.69 sec
700 msec	0.7 sec
720 msec	0.72 sec
740 msec	0.74 sec
760 msec	0.76 sec
780 msec	0.78 sec
800 msec	0.8 sec
820 msec	0.82 sec
850 msec	0.85 sec
900 msec	0.9 sec
950 msec	0.95 sec
1000 msec	1 sec

Scientist: 2020-04-22 06:58:01

One second is equal to 1000 milliseconds. Respectively one millisecond is 0.001 second.

Two seconds are equal to 2000 milliseconds. Respectively two milliseconds are 0.002 second.

Guest: 2020-04-23 06:07:47

I think that millisecond is a very tiny measurement unit of time. In domestic life, it is useless. The unit is designated for science. What can I do per one millisecond? Nothing. Even I can't imagine what can happen per such a small period of time.

John: 2020-04-24 10:11:11

How long is a second and a millisecond? Most of us will say: " It's a second, and that is all." Needless to say, they are right. But how did the world achieve such comprehension about the accurate length of a second?

Guest: 2020-04-26 11:54:12

Obviously, it's a critical measurement unit. Many things and results depend on it. So there is some agreement about length if the period of time, which determines many calculations, such as speed, velocity, and many other important dimensions.

Scientist: 2020-04-27 12:10:10

The description of the essential unit varies over the history of humanity. The initial point is the length of the day. One and all knows that a day includes 24 hours, one hour contains 60 minutes, and finally, a minute is equal to 60 seconds. After simple computations, the evident result appears about the relation between days and second. A solar day consists of 86 400 seconds. Clocks are related to the solar day. This is a cycle when the sun comes back to the same place in the sky. This was a true definition until the 1950s. But science changed that understanding. Scientists realized that the Earth's rotation wasn't uniform enough to measure seconds consistently. So they chose a more accurate method to describe seconds as a fraction of a year, or how long it requires the Earth to orbit the sun. That exact amount of time can vary slightly from year to year. So in 1960 it was announced by the 11th General Conference on Weights and Measures (GCWM) that the small unit of time would be based on the year 1900. The year was computed to be equal to 365.242198 days. It means that the conference approved the second as 1/(365.242198 * 86 400) of the year. But it was not enough such a position. Scientists have been working on other definitions and formulas. They decided to bind it to the parameters of an atom. The chemical element cesium 133 has just one electron in its outermost shell. In 1958 physicists noticed that this electron switched from one presumable spin to the other and back again 9 192 631 770 times per second. The 13th GCWM improved the determination of a second to this atomic standard in 1967. The world uses such a description until now. But scientists do not sleep and want to provide even more precise standards. Some atoms like strontium have measurable oscillations 100 000 times faster than cesium. These so-called optical clocks have been known in physicists' society. But it's challenging to keep them running reliably. With the help of lasers, it can be possible to keep track of the oscillations of the chemical element. The clocks could tick for 14 billion years and only be off by 100 seconds. These more accurate clocks could make GPS satellites precise down to the millimeters, or make more accurate internet monitoring, or faster business transactions.

MOOSHA: 2020-09-14 06:30:16

CESIUM, PRESUMABLE spin to the other and back again 9 192 631 770..

x production called engineer and ask for give me the burger

engineer said it developed by me. By combining all the products

x product said i am a machine

Use username: Guest, Anonymous, Programmer

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