The document lists the key requirements for human survival on other planets, including oxygen, gravity, plants, animals, nutrition, liquids, sleep, comfortable temperature, waste disposal, and shelter. It then provides more details on each of these elements and briefly describes the conditions on Jupiter, the Sun, Venus, Earth, and Mars.
Strategize a Smooth Tenant-to-tenant Migration and Copilot Takeoff
Surviving on other planets
1.
2. List of things needed to survive on
other planets
Oxygen
Gravity
Plants
Animals
nutrition
liquids
Sleep
Comfortable temperature
Wast disposal
shelter
3. Oxygen
Oxygen is needed for the human body to survive without it humans or
animals wouldn’t be able to breath.
4. Gravity
Gravity is needed for the human body otherwise you would float off the
planet.
The bigger the planet the more gravity.
8. nutrition
To survive on a different planet to earth you would need to have o
continuous supply of food. Some appropriate food sources would be animals
for meat, eggs or dairy, plants for fruit, vegetables or nuts.
9. Plants
Plants are an importaint part to survival of humans and anyother living
creature on the planet. the plants inhale carbon dioxide and exhale oxygen
wish is the gas that we inhale. Plants also help in the water cycle they suck
up the water in the ground and it evapurates out of their leves then rains
down out of the sky into the rivers
10. liquids
Liquids are needed for the human body. The human body is made up of 57%
water. Without water the human body wouldn’t be able to survive. Water is
the most impotent thing for the human body to survive (not including
oxygen)
11. Animals
Animals are important to humans survival they create a source of food by
either laying eggs and creating milk or being killed for meat. they can also be
helpful by disposing of wast.
12. Sleep
Sleep is essential to the human body sleep is needed for energy. If no sleep
was applied to the human body the body would have no energy.
Scientist don’t exactly know why we need sleep.
Sleeping slows down your metabolic
13. Jupiter
Jupiter is a gas giant it’s imposable to live on because you can’t even touch
it. Its basically a giant space cloud with an atmosphere made of
approximately 75% hydrogen and 24% helium with one precent of mass
made of other elements.
If you can’t stand on it then you would’t be able to create shelter, find water,
stand, survive.
Jupiter is the largest planet in our solar system. Jupiter's mass is 2.5 times
the mass of all the other planets in our solar system combined. Jupiter has a
diameter 11 times the diameter of Earth.
Jupiter is the fastest rotating planet in our solar system with a day length of
approximately 9.9 Earth hours.
Jupiter has 16 moons
Diameter: 142,984 km
Rotation: 0.41
14. Sun
The sun is made of hydrogen and helium without the sun our solar system
wouldn't even exist
Diameter: 1.4 million km
Rotation: 27 days
surface term: 5,500 c
Temperature: 15 million c
15. Venus
Distance from sun: 108 million km
Diameter: 12,102 km
Rotation: 243 R
Length of year: 0.62
Moons: 0
Very bright because its surrounded in clouds that reflect light
Heat from the sun gets in but cant get out its 500 c
Venus is a terrestrial planet it’s possible to stand on but you cant liv on it
because there's no oxygen it is too hot and has no water.
16. Earth
Distance from sun: 150 million km
Diameter: 12,756 km
Length of year: 365 Earth days/ 1 year
Moons: 1
Earth is the only planet in the milky way that has life on it.
The Earth is the only planet with a massive amount of water on it.
The Earth is a terrestrial planet it’s the third planet from the sun.
Earth is expected to support life for the next 500 million years.
There is roughly 72% of water covering the surface of the Earth.
17. Mars
Mars is a terrestrial planet the fourth planet from the sun it is sometimes
known as the red planet.
Mars has a thin atmosphere and spins close to the same time as the Earth
Mars has craters like the Moon and volcanoes, valleys and deserts like the
Earth.
It has approximately half the radius of the Earth
Distance from the sun: 207 million km
Diameter: 6,792 km
Length of year: 1.88 Earth years/ 686.98 Earth days
Moons: 2 (asteroid size)