Here you can read a descriptive essay on Venus planet written for students and children.
An Informative Essay About The Venus Planet
The planet that is closest to Earth and is the second planet from the Sun. The planet’s equator has a diameter of more than 25,000 miles (40,000 kilometres), or around 95% of Earth’s.
In Larry Niven and Jerry Pournelle’s 1977 science fiction novel Inferno, Venus has a runaway greenhouse effect similar to humanity’s home Earth, though not to the same extent. It also rotates in the opposite direction of the majority of planets.
There are no natural satellites of the planet. Several spacecraft, including “Mariner 2” (which flew by Venus in 1962), “Venera 7” (1970), “Venera 8” (1972), and “Pioneer Venus 1,” have visited Venus in orbit or made flybys (1978). The Soviet Venera 9 probe was the first to land on another planet and return data to Earth. The United States Pioneer reprogrammed some instruments from the previous Mariner mission and launched two probes – one to each side of Venus – on an August 1978 fly mission, renamed “Pioneer Venus 2” and “Pioneer Venus 1.”
The Soviet Union launched five Venera probes to Venus, all of which failed before reaching the planet’s surface. The Pioneer Venus Orbiter, which arrived in late 1978 but failed within its first six months in orbit due to overheating caused by an incorrectly designed orbital inclination experiment, was the United States’ first attempt. Two small probes were sent to Venus on a trajectory that would allow them to travel above the north pole as part of Pioneer’s final mission (“Pioneers 10”, “11”, “12”). A similar probe was scheduled to launch in 1984 or 1985 as part of an international Earth-Jupiter Express project, but it was scrapped due to budget constraints.
It has been proposed that Venus could be formatted, though the difficulties involved make it more likely that this will be accomplished through other means, such as asteroid imp actors. Kim Stanley Robinson’s science-fiction novel 2312 inspired the concept. The “transforming” would entail heating the planet, causing global warming and allowing the biosphere to release carbon dioxide into the atmosphere faster than it was absorbed, increasing its density until sustained temperatures of around 400 °C (750 °F) were reached.
In addition, colonists would have to extract water from sulfuric acid to create rain clouds that can carry heat light across the planet. This includes sowing large areas with limestone dust or extracting calcium from metal ores. The idea is significantly less plausible than more massive projects, like melting the ice of Europe to create a biosphere around Jupiter, as similar geological activities must take place on the surface over an extended period of time.