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When Venus goes behind the Sun (as viewed from Earth), its phase is full. You can't see it, of course. When it transits the Sun (passes between the Sun and the Earth), it's in its dark phase.
Venus
Not if you were on the surface of Venus. Venus has a very dense atmosphere which would mean you wouldn't see any planets or stars. You might just be able to make out the shape of the Sun but not very well.
There isn't anything to see on Venus. You couldn't possibly survive at the surface anyway. Actually, a sight to see on Venus is a mountain range called Maxwell Montes, which is the highest mountain range on Venus (and it is about 2 km more than the elevation of Mount Everest above sea level on Earth). Another sight to see on Venus would be: Crater Mead, which is the largest crater on Venus.
No. The surface of Venus is obscured by thick clouds. If you could fly above the clouds then you would see the same stars that you see from Earth.
We sometimes see gibbous (nearly but not quite full) Venus. In the Ptolemaic system, we should never see more than a crescent in Venus. Because we do in fact see more, the Ptolemaic model must be wrong. The full range of phases that we see for Venus is consistent only with the idea that Venus orbits the Sun. Galileo was the first to observe the phases of Venus - and hence to find this evidence in support of the Sun-centered system - because he was the first to observe Venus through a telescope. Without a telescope, we cannot tell that Venus goes through phases.
The planet Venus is _NEVER_ seen in the full phase, because it never gets anywhere near the Earth. Venus is in a closer orbit to the Sun than the Earth is, so when Venus is closest to the Earth, it's pretty close to being between the Earth and the Sun. In fact, Venus passes directly between the Earth and the Sun twice per century, most recently in 2004. We call this a "transit of Venus".So we only see Venus in its crescent phases.Think about it . . . In order to see the complete illuminated side of Venus,we'd have to be looking at it through the sun.
See related link for a full pictorial.
Full. When Venus is full it is on the other side of the Sun, so Venusians would see the Earth also on the other side of the Sun and thus it would also appear "full".
that is when u see were wolves
yes you can see Jupiter from venus
Only partly. We never see Mars in a crescent or new phase, just the full and gibbous phases. That's because Mars is farther away from the Sun than the Earth is, so we never see it "inside" our orbit. On the other hand, we see the crescent and gibbous phases of the planet Venus, but never the full or new phases, because when Venus would be "new", it's too close to the Sun to be observed - and when Venus would be "full", it's on the other side of the Sun, and not visible!
the atmos. is very thick. it is impossible to see 2 feet in front of you and it is full of deadly gases.
When Venus goes behind the Sun (as viewed from Earth), its phase is full. You can't see it, of course. When it transits the Sun (passes between the Sun and the Earth), it's in its dark phase.
planet venus
If we could see it, it would be highest in the sky at noon. But a full Venus always occurs when it's on the opposite side of the Sun; we therefore cannot see it from the Earth. That's assuming that a "full" Venusmeans its phase is exactly 100%. We often look at a moon that is only 99% "full" and call that a full moon. So there might be sometimes that Venus is visible and very close to full. Even if you require a 100% full Venus, you can imagine a time when you could see it and, since this is imagined anyway, it might as well be directly overhead. What if Venus is 100% full during a solar eclipse? Venus is usually just enough above or below the sun to be visible through the corona but then it might be only 99.97% full. This imaginary solar eclipse could be at 11:30 a.m. Mar 26, 2029 in Adelaide, Australia and Mercury and Neptune might be visible as well (with a binocular perhaps).
Venus