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Verona Rupes Caption NASA:"Could you survive a jump off the tallest cliff in the Solar System? Quite possibly. Verona Rupes on Uranus' moon Miranda is estimated to be 20 kilometers deep - ten times the depth of the Earth's Grand Canyon. Given Miranda's low gravity, it would take about 12 minutes for a thrill-seeking adventurer to fall from the top, reaching the bottom at the speed of a racecar -- about 200 Km-per- hour. Even so, the fall might be survivable given proper airbag protection. The featured image of Verona Rupes was captured by the passing Voyager 2 Robotic Spacecraft in 1986. How the giant cliff was created remains unknown, but is possibly related to a large impact or tectonic surface motion". Parole chiave: Uranus' Moon - Miranda

Verona Rupes

Caption NASA:"Could you survive a jump off the tallest cliff in the Solar System?
Quite possibly. Verona Rupes on Uranus' moon Miranda is estimated to be 20 kilometers deep - ten times the depth of the Earth's Grand Canyon. Given Miranda's low gravity, it would take about 12 minutes for a thrill-seeking adventurer to fall from the top, reaching the bottom at the speed of a racecar -- about 200 Km-per- hour.
Even so, the fall might be survivable given proper airbag protection. The featured image of Verona Rupes was captured by the passing Voyager 2 Robotic Spacecraft in 1986.
How the giant cliff was created remains unknown, but is possibly related to a large impact or tectonic surface motion".

Oberon-vg2_2683625.jpg VAA-Uranus Rings-1.jpg Miranda-Verona_Rupes.jpg UMBRIEL.jpg UranusfromHST-4.JPG
Informazioni sul file
Nome del file:Miranda-Verona_Rupes.jpg
Nome album:MareKromium / Uranus and His Moons
Valutazione (2 voti):55555(Mostra dettagli)
Parole chiave:Uranus' / Moon / - / Miranda
Copyright:NASA - Voyager 2 Mission
Dimensione del file:105 KiB
Data di inserimento:Dic 11, 2020
Dimensioni:1002 x 1016 pixels
Visualizzato:141 volte
URL:https://www.lunexit.it/gallery/displayimage.php?pid=31457
Preferiti:Aggiungi ai preferiti

Commento 1 a 6 di 6
Pagina: 1

walthari   [Dic 19, 2020 at 06:57 AM]
una tettonica embrionale poi terminata col rapido raffreddamento della luna?Una singola fossa non basta di certo per poterlo confermare
MareKromium   [Dic 19, 2020 at 03:43 PM]
E' una buona ipotesi. Ma, per capire di pił, dovremmo andare a darci un'occhiata "in loco"...
walthari   [Dic 20, 2020 at 07:23 AM]
Paolo ti mando un email per chiederti un consiglio....
MareKromium   [Dic 23, 2020 at 05:47 PM]
Info acquisite. Ti mando una e-mail. Abbraccione!
walthari   [Dic 25, 2020 at 08:28 AM]
grazie mille e buone feste Paolo. Buone feste a tutta la crew di Lunexit!!!!
MareKromium   [Dic 25, 2020 at 03:36 PM]
A Te, ed a Tutti!!!

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