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deli_ariana🍒
deli_ariana🍒
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Thursday 08 October 2026 18:42:56 GMT
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gonzalo0715
ShizukaSk :
full anuel le doy 🥰
2026-10-08 18:54:00
0
manuelyerensilva
snider 😈👿 :
bb
2026-10-10 20:23:42
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luiscastellanos098
Luis :
Hermosa tu amiga
2026-10-08 19:12:31
1
wilson.mateo8
Wilson Mateo :
Bellas
2026-10-10 16:45:27
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ass32416
. :
نفسي اختي تعمل كده قدام الناس 😅
2026-10-08 23:00:02
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oscar.miranda.alonso
Oscar Miranda :
2026-10-09 13:45:16
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armandoduque24
cruz armando duque meneses :
hermosa son
2026-10-10 05:39:30
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mbopi133
mbopi :
si
2026-10-08 20:50:16
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bernaldojosefernn
bernardo123 :
🫶
2026-10-08 20:54:50
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angel.gabriel.gal35
Angel Gabriel Galindez :
Hermosa
2026-10-08 18:48:21
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claro.silva7
claro silva :
2026-10-09 00:29:46
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brayan.alcantara63
Hasta :
2026-10-08 23:21:52
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chiri1051
♪♪Luis♪♪fyc_17 :
2026-10-08 18:47:11
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el_bl4ss507
F.G_fercho® :
2026-10-08 18:44:46
2
chrisv1225
chrisv1225 :
Quisiera comer todo eso
2026-10-09 21:38:47
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thenoahzx
Noahx :
2026-10-09 17:55:50
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sogel_cabanne
Sogel Cabanne :
hermosa sexy 😈😈😈😈😈😈
2026-10-09 01:37:10
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daumquarteraoo19
🇧🇷😎Da Um QUARTERÃo019😏🇧🇷 :
😏🥰🥰
2026-10-08 19:33:36
2
danielcardozo4136
Daniel Cardozo :
🥰🥰🥰
2026-10-10 04:31:50
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emanuel.__04
emaa.. :
😍😍
2026-10-09 22:24:55
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joaoplataa1 :
🥰
2026-10-10 15:32:09
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eslevinkelevra
MSBV :
😘😘😘
2026-10-09 23:03:13
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Bj RG :
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2026-10-10 00:52:41
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yago martins :
🥰🥰🥰
2026-10-10 16:06:17
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jamperez63
J H E A N🏛️ :
🔥🔥🔥
2026-10-08 18:44:20
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Other Videos

GPS satellite clocks run fast: 38.6 microseconds a day. Moving at 3.87 km/s slows them by 7.2 µs a day, and being 20,200 km up, in weaker gravity, speeds them up by 45.8. In 1977 the NTS-2 test satellite flew a cesium clock with its correction switched off for 25 days. It gained 38.28 µs a day, against a prediction of 38.45. You'll often hear that without the correction, GPS would be 10 km off after a day, which is how far light goes in 38.6 µs. We simulated it with the real satellites, from the official almanac for GPS week 2440, and a receiver in Times Square. It isn't. A receiver doesn't trust its own clock: it solves for the time along with its position, which is why it needs four satellites. A clock error every satellite shares ends up in the time, and moves the fix by about 2 cm in a day. What does move it is the part that differs between satellites. Every orbit is slightly oval, so each clock runs a little fast and slow as it goes round, by up to 48 nanoseconds. Left alone, that puts you up to 26 m off within a day, and small differences between the orbits push it to 240 m after a year. Every GPS receiver takes the oval part off with a relativity formula from the GPS specification, for every satellite, every fix. Sources IS-GPS-200, the GPS interface specification (clock offset and the receiver's relativistic term): https://www.gps.gov/interface-control-documents-icds-interface-specifications-iss NAVCEN GPS almanac: https://www.navcen.uscg.gov/gps-constellation Buisson, Easton and McCaskill,
GPS satellite clocks run fast: 38.6 microseconds a day. Moving at 3.87 km/s slows them by 7.2 µs a day, and being 20,200 km up, in weaker gravity, speeds them up by 45.8. In 1977 the NTS-2 test satellite flew a cesium clock with its correction switched off for 25 days. It gained 38.28 µs a day, against a prediction of 38.45. You'll often hear that without the correction, GPS would be 10 km off after a day, which is how far light goes in 38.6 µs. We simulated it with the real satellites, from the official almanac for GPS week 2440, and a receiver in Times Square. It isn't. A receiver doesn't trust its own clock: it solves for the time along with its position, which is why it needs four satellites. A clock error every satellite shares ends up in the time, and moves the fix by about 2 cm in a day. What does move it is the part that differs between satellites. Every orbit is slightly oval, so each clock runs a little fast and slow as it goes round, by up to 48 nanoseconds. Left alone, that puts you up to 26 m off within a day, and small differences between the orbits push it to 240 m after a year. Every GPS receiver takes the oval part off with a relativity formula from the GPS specification, for every satellite, every fix. Sources IS-GPS-200, the GPS interface specification (clock offset and the receiver's relativistic term): https://www.gps.gov/interface-control-documents-icds-interface-specifications-iss NAVCEN GPS almanac: https://www.navcen.uscg.gov/gps-constellation Buisson, Easton and McCaskill, "Initial Results of the NAVSTAR GPS NTS-2 Satellite", PTTI 1977: https://ntrs.nasa.gov/citations/19840071626 Ashby, "Relativity in the Global Positioning System", Living Reviews in Relativity 6, 1 (2003) Map: NYC Open Data, Natural Earth #shorts #physics #gps #relativity #einstein
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