Planet Venus

When the soil becomes too saturated and cannot absorb any water then water will start to rise and more and more water will rise then the run off will happen.

There are no "mons" associated with Venus. However, Venus is a planet in our solar system and does not have any moons of its own.

it takes 300000000000000 Earth days to make one Revolution

The closest possible distance between Earth and Venus is about 24 million miles (38 million Km). That would take 300,000 hours or 12,500 days or roughly 34 years.

The furthest possible distance would be when it is on the other side of the Sun to us, it would be approximately 160 million miles (260 million Km). But at that point, when it's on the opposite side of the Solar System, you would obviously have to avoid proximity to the Sun. If you could go straight through the Sun it would only take you 2 million hours, 83 thousand days or approximately 230 years. A route that would avoid burning up in the Sun would be in excess of 300 years.

My suggestion is to get a more powerful booster. Most rocket-ships these days can go a hell of a lot faster than 80 mph!!

Assuming you mean from Earth to Venus, about 38 million Kilometers, or about 23.6 million miles.

Venus has no stars! It's a planet! But it revolves around our Sun, a star.

No, Tycho's model cannot explain the phases of Venus observed by Galileo. Tycho's model proposed an Earth-centric system with the planets revolving around the Sun, which would not account for the varying phases of Venus. Galileo's observations of Venus' phases provided evidence in support of the heliocentric model proposed by Copernicus.

venus has thick posnis atmosphere

Venus' gravity is about 91% of Earth's gravity, which means that objects on Venus weigh about 91% of what they would weigh on Earth. This is due to Venus having a similar mass to Earth but a slightly smaller radius.

Venus is covered with thick clouds that prevent us from seeing its surface directly. These clouds are primarily composed of sulfuric acid and reflect a significant amount of sunlight, giving Venus its bright appearance in the sky. Radar imaging and other techniques have been used to map the surface features beneath the clouds.

The temperature ranges from -45ºC to 464

The Atmosphere is Carbon Dioxide and Nitrogen

The winds get up 350 Khm

It rains Sulphric acid

not a very pleasant place to visit

Ptolemy did not explain Venus phases in his geocentric model because he believed that Venus, like all other planets, moved around the Earth in perfect circles and did not exhibit phases like the Moon. His model could not account for the varying phases of Venus because it was based on circular motion and did not include elliptical orbits or the correct understanding of planetary motion.

a peanut.. if you took all the planets in the solar system and added them together they would not equal the mass of Jupiter, so by comparsion a meteor to Jupiter is like the earth to the sun. insignificant!

The morning star. Even though it is not a star, and even though it is not always visible in the morning, and is often visible in the evening.

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It is often called "the evening star" also.

Venus and mars can get very bright in the sky, brighter than the brightest star. They were not using telescopes to look at surface detail, but they could observe their movements in the sky with time. They can be seen to move in relation to fixed stars over several nights due to their relative closeness and their orbits around our sun.

Any of the visual organs of early man.

Saturn has been known since man first looked up into the sky and saw bright spots of light moving across the sky.

See related question for more information.

Carbon dioxide (CO2) is the primary greenhouse gas in Venus' atmosphere that traps the most heat. It accounts for over 96% of the atmosphere and contributes significantly to the planet's extreme temperatures.

Venus a more or less constant temperature of 450 degrees Celsius all year round day and night thanks to its thick cloud cover. In addition its axial tilt is very small so that seasons are barely apparent.

Venus' atmosphere is 96.5% carbon dioxide and 3.5% nitrogen. It is very dense, and the pressure at the surface is about 92 times that of Earth. There is little or no water, as the runaway greenhouse effect makes the surface temperature to be about 860 F. The atmosphere is covered by thick layers of clouds of sulfur dioxide and sulfuric acid. The only "rain" to speak of is the sulfuric acid, but it evaporates before it reaches the surface. There is constant wind - at the cloud tops it is about 300 kilometers per hour - at the surface it is only a few kilometers per hour. It appears that the moving clouds are generating static electricity, as there is constant lightning. It appears also that there is a double vortex at the south pole.

Venus and Serena Williams have met in four Grand Slam finals. Serena has won three of those encounters, while Venus won the first one at the 2001 US Open.

Venus is over 800 degrees Fahrenheit. Hot enough to melt a lead brick. The hottest temperature recorded on Earth is 136 degrees Fahrenheit in the Sahara Desert. In a nutshell it is A LOT hotter.

Electromagnetic radiation with range and wavelength between 3900 (VIOLET) and 7700 (RED)...

I think the question refers to the length of daylight and night on Venus. The

solar day is about 117 Earth days. So, roughly the daylight and night should

be about 58 Earth days each. Venus rotates at almost 90 degrees to its orbit

so the day/night lengths should not vary too much.

The high temperatures and pressures on Venus prevent the lava from solidifying quickly. The planet's thick atmosphere traps heat, maintaining the high temperature needed to keep the lava molten and flowing. Additionally, the continuous volcanic activity on Venus replenishes the lava flow, preventing it from cooling down.

Mars and Venus are both terrestrial planets in our solar system, meaning they have solid surfaces. They also have similar sizes and compositions, primarily made up of rock and metal. Additionally, both planets have volcanoes and impact craters on their surfaces.