Because gravity is much lower there because the size of the moon is many times smaller than the size of the earth.
The power of the gravity depends on the size of the planet.
Why is it advantageous for astronauts to live on a space station rather than in a space shuttle
it is advantageous for astronauts to live on a space station rather a space shuttle because a space station allow astronauts to stay and work extended time . A space shuttle is a space craft to transport astronauts , satellites, and other materials to and from space.
Astronauts are in free fall when they are in a spacecraft that is orbiting Earth or another celestial body. In this state, both the spacecraft and the astronauts inside are falling towards the planet due to gravity but also moving forward at a high speed, creating a continuous state of free fall. This results in the sensation of weightlessness for the astronauts, as they are in a constant state of falling around the Earth rather than towards it.
Astronauts in space experience microgravity, where they are in a state of continuous free fall around the Earth. This creates the sensation of weightlessness. They do not completely overcome gravity, but rather experience an environment where the effects of gravity are significantly reduced due to the spacecraft's orbital motion.
Walking in space is made possible by the principles of physics, particularly the absence of gravity and the design of space suits. In microgravity environments, astronauts experience free fall, which allows them to float rather than walk in a traditional sense. They use handrails and footholds on spacecraft and stations to maneuver. The absence of atmospheric resistance also means that movement is different from what we experience on Earth.
Kangaroos are unable to run. Their legs are specially designed for hopping and bounding. They are unable to move independently for walking, and the long hind feet are structured for long leaps rather than running.
The kangaroo is not a strange animal. It is a marsupial, meaning it is a pouched mammal. It is also a Macropod, meaning it has large feet with strong hind legs used for bounding, rather than walking.
Because they normally do wish to return to their homes and families - rather than float through space forever.
Astronauts who have walked on the moon found that the low gravity made walking rather difficult. It was easier to move by hopping.
Yes. Hopping is the main method by which kangaroos move. Kangaroos' legs are specially designed for hopping and bounding. They are unable to move independently for walking, and the long hind feet are structured for long leaps rather than running.
Why is it advantageous for astronauts to live on a space station rather than in a space shuttle
astronauts died of thirst rather than drink their own recycled water
it is advantageous for astronauts to live on a space station rather a space shuttle because a space station allow astronauts to stay and work extended time . A space shuttle is a space craft to transport astronauts , satellites, and other materials to and from space.
It means whenever you want to go out late at night and swipe something, you can sneak around rather than just walking around and people will rarely notice you steal. normally you wouldn't be allowed to swipe when someone was watching.
It's all to do with their structure. Kangaroos are built for jumping, rather than walking or running like other four-legged animals. Kangaroos have large, strong tendons in their hind legs which act as "springs". The springing motion requires less energy than running does, so kangaroos are able to bound for longer distances than other mammals with the standard four legs can run. They have strong back legs and elongated hind feet for bounding.
It save people a lot of time rather then walking
Astronauts are in free fall when they are in a spacecraft that is orbiting Earth or another celestial body. In this state, both the spacecraft and the astronauts inside are falling towards the planet due to gravity but also moving forward at a high speed, creating a continuous state of free fall. This results in the sensation of weightlessness for the astronauts, as they are in a constant state of falling around the Earth rather than towards it.