Newton's Law: g = Gm / r2 where g is the gravity and G is the gravitational constant for all things (6.67E-11) and m is the mass of the planet and r is the radius of the planet... plug in the numbers and you will get your answer. unit: m /s Newton's Law: g = Gm / r2 where g is the gravity and G is the gravitational constant for all things (6.67E-11) and m is the mass of the planet and r is the radius of the planet... plug in the numbers and you will get your answer. unit: m /s
The gravity of Venus is about 90% of that on Earth. this is confuzzing to me so go to NASA.com for a shorter more simple answer
On Venus, 130 pounds would feel like approximately 118 pounds due to its lower gravity compared to Earth. This is because Venus has a surface gravity of 0.91 g, meaning objects weigh slightly less than on Earth.
The weight of a 100 pound object on Venus would be approximately 91% of its weight on Earth due to Venus having a slightly weaker gravitational pull than Earth. This means the object would weigh around 91 pounds on Venus.
Jupiter is the least like Earth. Jupiter has a lots more Gravity than Earth and is much bigger, being made mostly of the gases hydrogen and helium. Venus is often referred to as the sister of the earth. It is very alike in size, where it is in the Solar System and what has been found on Venus and the Earth.
The gravity at the surface of Venus is great enough to keep the gasses produced by the volcanoes from escaping into space. Somewhat like the "snowballing" effect on gas giants where gravity collects molecules from the areas in their orbital path leading to dense thick atmospheres, in this case gravity prevents escape of locally created gases.
No, it would not be easy to float on Venus as its gravity is similar to Earth's (0.91 g). The dense atmosphere on Venus would provide some buoyancy, but the high pressure and temperature on the planet's surface would make it difficult to float.
Earth has enough gravity to hold on to most gases in its atmosphere. This is due to its moderate gravitational force compared to other inner planets like Mercury, Venus, and Mars.
On Venus, 130 pounds would feel like approximately 118 pounds due to its lower gravity compared to Earth. This is because Venus has a surface gravity of 0.91 g, meaning objects weigh slightly less than on Earth.
Really none, there is no actual planet that has the exact same gravity, some can be close, like saying it Gforce was 2000, and another was 2000, but actually its like 2000.01010203053232 and 2000.21020103020310. Mars and Venus are roughly the same size as earth (and thus have about the same gravity), but I don't think any planet in our solar system is exactly the same as earth. Gravity is determined by mass; the planet in our solar system with a mass closest to earth is Venus. Venus' gravity is 8.87 ms-2 whereas the Earth's gravity is 9.86 ms-2. Mars's gravity is 3.71 ms-2.
Among the known planets, Venus has the most similarities to Earth in terms of size and gravity. However, with its thick atmosphere of carbon dioxide, extreme temperatures, and lack of liquid water on its surface, Venus is not as Earth-like as Mars. Mars has a similar day length, reasonable temperatures at times, evidence of past water flow, and lower gravity compared to Earth.
The gravity on Mars is about 38% of the gravity on Earth. This means that objects weigh less on Mars compared to Earth.
Venus has a surface gravity slightly less than Earth's. It also has clouds, but not like Earth clouds -- Venus clouds are sulfuric acid, suspended in the dense, superheated carbon dioxide atmosphere. See the related link for more information.
One "sidereal day" (period of rotation) on Venus is 243 Earth days. So, if one Venus week is equal to 7 Venus days, that would be 1701 Earth days. Venus is sooooooo weird because I mean no sunlight for like lots of Earth days. I hate Venus. It is like so like totally weird.
The weight of a 100 pound object on Venus would be approximately 91% of its weight on Earth due to Venus having a slightly weaker gravitational pull than Earth. This means the object would weigh around 91 pounds on Venus.
Earth has a lower amount of carbon in the atmosphere compared to planets like Venus and Mars because Earth's carbon is mostly stored in rocks and oceans, while on Venus and Mars, carbon is released into the atmosphere through volcanic activity and other processes.
Jupiter is the least like Earth. Jupiter has a lots more Gravity than Earth and is much bigger, being made mostly of the gases hydrogen and helium. Venus is often referred to as the sister of the earth. It is very alike in size, where it is in the Solar System and what has been found on Venus and the Earth.
The surface gravity on mars is about 38% of earth. So If you weigh 100 lbs on earth you would only weigh 38lbs on mars. basically you would be light as F***
That's hard to answer because of the vague term "like". The acceleration of gravity on the surface of Venus, and thus the weight of any object there, is 90.3% of the corresponding number on Earth. Except for the slightly different magnitude, gravity's behavior is exactly the same in both places.