Both Mercury and Venus orbit close to the Sun (relative to us and the other planets) therefore they would only be visible close to the Sun. This means that Venus and Mercury will only be seen after sunset (and then set) or after sunrise (and then be out-shined by the Sun)
From the perspective of Mercury, the sun appears much larger and brighter than it does from Earth. This is because Mercury is much closer to the sun, so it appears to be about two and a half times larger in the sky.
Mercury Mercury is the planet closest to the Sun, at an average distance from the Sun of about 58 million kilometers. By comparison, Earth is about 150 million kilometers from the Sun, while Pluto, the furthest planet, averages an enormous 5.9 billion kilometers away! If you were standing on Mercury, the Sun would appear much larger than it does on Earth. And since the Sun-Mercury distance varies so much during Mercury's orbit, the Sun would appear larger at some times than at others.
From Mercury, the sun would appear much larger and brighter than it does from Earth due to Mercury's closer proximity to the sun. The sun would also move faster across the sky, completing a full day in about 176 Earth days.
Well friend, if you were standing on Mercury and looking up at the Sun, it would appear about twice as big as it does here on Earth. Imagine the majestic colors dancing across the sky as the Sun's beautiful light shines down upon that powerful little planet, helping plants and creatures thrive. Let's paint a gorgeous scene together with gentle, loving strokes.
Mercury and Venus are the only planets that can transit the Sun, from where I am.
The Sun is almost 200 times hotter and 6 times bigger from Mercury.
Both Mercury and Venus orbit close to the Sun (relative to us and the other planets) therefore they would only be visible close to the Sun. This means that Venus and Mercury will only be seen after sunset (and then set) or after sunrise (and then be out-shined by the Sun)
This may appear so from a Solar System perspective. The degrees of inclination range from 3.38 degrees for Mercury to Earth (which has the largest) with 7.55 degrees of inclination from the Sun's equator.
From the perspective of Mercury, the sun appears much larger and brighter than it does from Earth. This is because Mercury is much closer to the sun, so it appears to be about two and a half times larger in the sky.
All planets except Mercury can appear 50 degrees from the Sun.
Mercury Mercury is the planet closest to the Sun, at an average distance from the Sun of about 58 million kilometers. By comparison, Earth is about 150 million kilometers from the Sun, while Pluto, the furthest planet, averages an enormous 5.9 billion kilometers away! If you were standing on Mercury, the Sun would appear much larger than it does on Earth. And since the Sun-Mercury distance varies so much during Mercury's orbit, the Sun would appear larger at some times than at others.
From Mercury, the sun would appear much larger and brighter than it does from Earth due to Mercury's closer proximity to the sun. The sun would also move faster across the sky, completing a full day in about 176 Earth days.
Mercury is an inferior planet - it is closer to the Sun than Earth. Specifically, Mercury can't get more than about 28° from the Sun; Venus, which is farther from the Sun, can't get more than about 48° from the Sun.
Well friend, if you were standing on Mercury and looking up at the Sun, it would appear about twice as big as it does here on Earth. Imagine the majestic colors dancing across the sky as the Sun's beautiful light shines down upon that powerful little planet, helping plants and creatures thrive. Let's paint a gorgeous scene together with gentle, loving strokes.
The five planets that can appear within 50 degrees of the Sun from Earth are Mercury, Venus, Mars, Jupiter, and Saturn. Uranus and Neptune are typically too far from the Sun to appear within this range due to their positions in the outer solar system.
From Mercury, the sun would appear much larger and brighter than it does from Earth. This is because Mercury is much closer to the sun, so it would appear about 2.5 times larger in the sky. The sun would also appear to move faster across the sky due to Mercury's faster orbit around it.