The three main parts of a space suit are the Primary Life Support Subsystem (PLSS), Lower Torso Assembly (LTA) and Hard Upper Torso (HUT). The PLSS provides oxygen, power, carbon dioxide removal, cooling water, radio equipment and warning system; the LTA protects the lower half of the EMU including pants, knee and ankle joints, boots and lower waist; and the HUT supports several structures including the arms, torso, helmet, life-support backpack and control module.
Countries work together on space projets because if just one did it might not work right.
That's an easy one; it's on the tv all the time. You must not be from the USA. It's NASA - National Aeronautics and Space Administration.
he discovered how the body parts work
NoA fan works by forcing air into motion...Space is largely void....I don't think one would be able to experience anything========================Another opinion:Yes.When connected up to the battery or other source of electrical power,and the switch turned to the ON position, the fan would spin just fine,and would even oscillate from side to side if designed to do so.But there would be not much point to it since, without air, the fan could notblow air across anything, and even if it could, you could not feel it from insideyour space suit.
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The four main parts of a space shuttle are the orbiter, which is the main part that astronauts live and work in, the solid rocket boosters, which help launch the shuttle into space, the external tank, which holds the fuel for the shuttle, and the main engines, which provide thrust during launch.
The three main parts of a space suit are the Primary Life Support Subsystem (PLSS), Lower Torso Assembly (LTA) and Hard Upper Torso (HUT). The PLSS provides oxygen, power, carbon dioxide removal, cooling water, radio equipment and warning system; the LTA protects the lower half of the EMU including pants, knee and ankle joints, boots and lower waist; and the HUT supports several structures including the arms, torso, helmet, life-support backpack and control module.
No, the inventor of the first space suit was not employed by NASA. The first space suit was designed by a team led by engineer and space suit designer Russell Colley at the BF Goodrich Company in the late 1950s. NASA worked closely with the companies that manufactured the space suits for the early space missions.
Calling Nian Di Li.
The three main parts of a space suit are the Primary Life Support Subsystem (PLSS), Lower Torso Assembly (LTA) and Hard Upper Torso (HUT). The PLSS provides oxygen, power, carbon dioxide removal, cooling water, radio equipment and warning system; the LTA protects the lower half of the EMU including pants, knee and ankle joints, boots and lower waist; and the HUT supports several structures including the arms, torso, helmet, life-support backpack and control module.
the 2 main parts is that yu need to do yur work
It is because they make so that the suit has controled temperature (as it is seriously cold) and they also have a stable amount of oxygen.
To the moon, you would wear a space suit that is specifically designed to protect you from the extreme conditions of space, including the lack of atmosphere, temperature fluctuations, and exposure to solar radiation. The suit would include a helmet, gloves, and boots to ensure your safety and ability to move and work in the moon's environment.
The brain has three main parts: the cerebrum, cerebellum, and brainstem. These parts work together to control functions such as movement, thinking, and breathing.
The main parts of a rocket ship that allow it to work in outer space include the propulsion system (engines), guidance system (to navigate in space), structural components (to withstand the forces of launch and flight), and life support systems (to sustain astronauts in space). Additionally, a rocket ship will typically have fuel tanks, rocket stages (for multi-stage rockets), and communication systems to stay in contact with mission control.
A space suit is used to protect astronauts from the harsh conditions of outer space, including extreme temperatures, micrometeoroids, and lack of atmosphere. It also provides oxygen and helps regulate pressure for astronauts to be able to work outside the spacecraft during spacewalks or extravehicular activities.
Yes, the three main parts of the circulatory system -- heart, arteries, and veins -- work together. By definition, every organ system is made up of organs that work together.