Conversion number between year (Gregorian) [a, y, or yr] and svedberg [S] is 3.1556952 × 10+20. This means, that year (Gregorian) is bigger unit than svedberg.
Switch to reverse conversion:
from svedberg to year (Gregorian) conversion
[a, y, or yr] |
Result in svedberg
?If conversion between year (Gregorian) to second and second to svedberg is exactly definied, high precision conversion from year (Gregorian) to svedberg is enabled.
Decimal places: (0-800)
year (Gregorian)Start value: | [year (Gregorian)] |
Step size | [year (Gregorian)] |
How many lines? | (max 100) |
year (Gregorian) | svedberg |
---|---|
0 | 0 |
10 | 3.1556952 × 10+21 |
20 | 6.3113904 × 10+21 |
30 | 9.4670856 × 10+21 |
40 | 1.26227808 × 10+22 |
50 | 1.5778476 × 10+22 |
60 | 1.89341712 × 10+22 |
70 | 2.20898664 × 10+22 |
80 | 2.52455616 × 10+22 |
90 | 2.84012568 × 10+22 |
100 | 3.1556952 × 10+22 |
110 | 3.47126472 × 10+22 |
Definition of year (Gregorian) unit: = 365.2425 d average. As the common year has 365 days, the Gregorian calendar with leap years compensate the deviation from the real, astronomical year. According to this calendar, every 4th year is a leap year, except for every 100th. But every 400th is a leap year. This means that there are 97 leap years in 400 year period. So according to Gregorian's calendar, one year has 365 + 97/400 days (average). This is not a perfect approach, but in 1000 year period, the defiation is only 0.3 days compared to the astronomical year. In the year 1582 Gregorian replaced the Julian calendar.
Definition of svedberg unit: ≡ 10−13 s. The svedberg is actually a measure of time; it is defined as exactly 10−13 seconds (100 fs). It is often used to reflect the rate at which a molecule travels to the bottom of a test tube under the centrifugal force of a centrifuge.
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