The atmosphere of Venus is very thick, and a parachute would have much greater drag for a given size, than on Earth or Mars. So it could be smaller to achieve the same slowing of a space probe's descent. On Mars, a larger parachute would be required, but fortunately Mars, being a smaller planet, has much less gravity than Earth, so the parachute does not have to resist the same acceleration force (which is roughly the same on Venus as on Earth).
In a thick atmosphere, such as on Earth, larger parachutes are typically required to generate enough drag to slow down a descending object safely. This is because the denser air provides more resistance, necessitating a larger surface area to counteract gravity effectively and achieve a controlled descent. Smaller parachutes may not offer enough drag force to slow down the descent adequately in thicker atmospheres.
Venus and Mars are often called Earth's twins because they are rocky planets like Earth, but they have different environments. Venus has a thick toxic atmosphere, while Mars has a thin atmosphere with extreme temperatures.
Venus has a very thick and acid filled atmosphere. The atmosphere of Venus is very dangerous to space probes. Over the years we have sent many probes to Venus but the corrosive acid and heavy atmosphere destroys them practically before they get to the surface!
The extreme temperatures on Venus and Mercury are due to their proximity to the Sun. Venus has a thick atmosphere that traps heat, creating a greenhouse effect. In contrast, Mercury has no atmosphere to retain heat, resulting in very hot temperatures on the side facing the Sun and very cold temperatures on the side facing away.
all planets have atmospheres. However, Mercury has extremely low atmospheric pressure, Mars has an atmosphere way below the Armstrong Limit, and Venus and the Outer worlds have way too high of an atmosphere.
The atmosphere of Venus is very thick, and a parachute would have much greater drag for a given size, than on Earth or Mars. So it could be smaller to achieve the same slowing of a space probe's descent. On Mars, a larger parachute would be required, but fortunately Mars, being a smaller planet, has much less gravity than Earth, so the parachute does not have to resist the same acceleration force (which is roughly the same on Venus as on Earth).
It would need to have a small parachute for a planet such as venus, because the atmospheric pressure is about 90 times that on Earth. This increases air resistance (drag) slowing the probe down. Therefore, the small parachute allows the probe to have more acceleration.
yes
Although the atmosphere of Venus is tremendously different than the atmosphere of the Earth, the planet Venus is basically a ball of rock, with a metallic core, much like the Earth.
Probes
The atmosphere on the surface of Venus is cloudy.
Venus' surface conditions are different because of the atmosphere that venus has. Its atmosphere is mostly Co2 which is a greenhouse gas. This greenhouse gas allows the suns warmth to penetrate to the surface, but is unable to reflect back out into space. Therefor The heat is trapped between the atmosphere and the surface. Because of this the surface temperature of the Venus is a sweltering 860 degrees Fahrenheit.
what is the atomosphere of venus
venus atmosphere is cloudy,and its are made of volcanoes and lava
Venus has a thick atmosphere. Mercury does not have an atmosphere.
In a thick atmosphere, such as on Earth, larger parachutes are typically required to generate enough drag to slow down a descending object safely. This is because the denser air provides more resistance, necessitating a larger surface area to counteract gravity effectively and achieve a controlled descent. Smaller parachutes may not offer enough drag force to slow down the descent adequately in thicker atmospheres.
No, Earth's atmosphere is not as thick as Venus'. Venus has an atmosphere that is composed mainly of carbon dioxide, with a pressure about 92 times greater than Earth's atmosphere. This makes Venus' atmosphere much thicker and denser than Earth's.