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Convert Sidereal Seconds (s-sr) to Tropical Years (at)

Result

Quick reference for converting Sidereal Seconds to Tropical Years

Formula
at = s-sr ÷ 31,643,300
Quick rough maths
To get the Tropical Years, divide the Sidereal Seconds by 32,000,000.
Sidereal Seconds (s-sr) in 1 Tropical Year
There are 31,643,300 Sidereal Seconds in 1 Tropical Year
Tropical Years (at) in 1 Sidereal Second
There are 3.16022 × 10⁻⁸ Tropical Years in 1 Sidereal Second

Conversion table: Sidereal Seconds (s-sr) to Tropical Years (at)

0s-sr – 24s-sr
0s-sr0at
1s-sr3.160224 × 10⁻⁸at
2s-sr6.320447 × 10⁻⁸at
3s-sr9.480671 × 10⁻⁸at
4s-sr1.264089 × 10⁻⁷at
5s-sr1.580112 × 10⁻⁷at
6s-sr1.896134 × 10⁻⁷at
7s-sr2.212157 × 10⁻⁷at
8s-sr2.528179 × 10⁻⁷at
9s-sr2.844201 × 10⁻⁷at
10s-sr3.160224 × 10⁻⁷at
11s-sr3.476246 × 10⁻⁷at
12s-sr3.792268 × 10⁻⁷at
13s-sr4.108291 × 10⁻⁷at
14s-sr4.424313 × 10⁻⁷at
15s-sr4.740335 × 10⁻⁷at
16s-sr5.056358 × 10⁻⁷at
17s-sr5.37238 × 10⁻⁷at
18s-sr5.688403 × 10⁻⁷at
19s-sr6.004425 × 10⁻⁷at
20s-sr6.320447 × 10⁻⁷at
21s-sr6.63647 × 10⁻⁷at
22s-sr6.952492 × 10⁻⁷at
23s-sr7.268514 × 10⁻⁷at
24s-sr7.584537 × 10⁻⁷at
25s-sr – 49s-sr
25s-sr7.900559 × 10⁻⁷at
26s-sr8.216581 × 10⁻⁷at
27s-sr8.532604 × 10⁻⁷at
28s-sr8.848626 × 10⁻⁷at
29s-sr9.164649 × 10⁻⁷at
30s-sr9.480671 × 10⁻⁷at
31s-sr9.796693 × 10⁻⁷at
32s-sr0.000001011271563at
33s-sr0.000001042873799at
34s-sr0.000001074476036at
35s-sr0.000001106078272at
36s-sr0.000001137680508at
37s-sr0.000001169282745at
38s-sr0.000001200884981at
39s-sr0.000001232487217at
40s-sr0.000001264089454at
41s-sr0.00000129569169at
42s-sr0.000001327293926at
43s-sr0.000001358896163at
44s-sr0.000001390498399at
45s-sr0.000001422100635at
46s-sr0.000001453702872at
47s-sr0.000001485305108at
48s-sr0.000001516907344at
49s-sr0.000001548509581at
50s-sr – 74s-sr
50s-sr0.000001580111817at
51s-sr0.000001611714053at
52s-sr0.00000164331629at
53s-sr0.000001674918526at
54s-sr0.000001706520762at
55s-sr0.000001738122999at
56s-sr0.000001769725235at
57s-sr0.000001801327471at
58s-sr0.000001832929708at
59s-sr0.000001864531944at
60s-sr0.00000189613418at
61s-sr0.000001927736417at
62s-sr0.000001959338653at
63s-sr0.000001990940889at
64s-sr0.000002022543126at
65s-sr0.000002054145362at
66s-sr0.000002085747598at
67s-sr0.000002117349835at
68s-sr0.000002148952071at
69s-sr0.000002180554307at
70s-sr0.000002212156544at
71s-sr0.00000224375878at
72s-sr0.000002275361016at
73s-sr0.000002306963253at
74s-sr0.000002338565489at
75s-sr – 99s-sr
75s-sr0.000002370167725at
76s-sr0.000002401769962at
77s-sr0.000002433372198at
78s-sr0.000002464974434at
79s-sr0.000002496576671at
80s-sr0.000002528178907at
81s-sr0.000002559781143at
82s-sr0.00000259138338at
83s-sr0.000002622985616at
84s-sr0.000002654587852at
85s-sr0.000002686190089at
86s-sr0.000002717792325at
87s-sr0.000002749394562at
88s-sr0.000002780996798at
89s-sr0.000002812599034at
90s-sr0.000002844201271at
91s-sr0.000002875803507at
92s-sr0.000002907405743at
93s-sr0.00000293900798at
94s-sr0.000002970610216at
95s-sr0.000003002212452at
96s-sr0.000003033814689at
97s-sr0.000003065416925at
98s-sr0.000003097019161at
99s-sr0.000003128621398at

Unit information

Sidereal Second
/sʌɪˈdɪərɪəlˈsɛk(ə)nd/
Symbol: s-sr
Unit system: SI

What is the Sidereal Second?

The sidereal second is a unit of time used by astronomers and is derived from the SI unit system. We have used the symbol s-sr.

1 sidereal second is 1/60 of a sidereal minute. This is derived ultimately from the sidereal day which is the time taken (in solar seconds) for the Earth to complete one rotation with respect to a distant star or constellation.

Like with normal seconds, minutes, hours and days, there are still 60 x 60 x 24 seconds in a day, but the day itself is approximately 23 h 56 min and 4.1 s in (normal) seconds.

Tropical Year
/ˈtrɒpɪk(ə)l jɪə,jəː/
Symbol: at
Unit system: SI

What is the Tropical Year?

The tropical year is a unit of time that is a multiple of an SI unit. We have used the symbol at.

The average tropical year up to the year 2000 was 365.2422 days of 86400 seconds.

The phrase “tropical” comes from the Greek for “turn”; tropikos. Following this, and where the “turn” referred to is the same as that defining the tropics of Capricorn and Cancer (the extreme latitudes North and South where the sun can still appear directly overhead or perpendicular to the Earth’s surface); a tropical year is known as the time it takes the sun to complete a full cycle of seasons and return to the same relative position to the observer on Earth.

In 1627, Johannes Kepler used the findings of Tycho Brahe and Waltherus (the Rudolphine Tables) to establish the mean tropical year as 365 solar days, 5 hours, 48 minutes and 45 seconds.

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