Space Accommodations Trivia Quiz

Spacesuits have layers that provide thermal insulation to regulate body temperature and pressure differences in the extremes of space. In space, temperatures can vary significantly, from extremely cold to extremely hot. The layers of the spacesuit help to maintain a stable body temperature by preventing heat loss or gain. Additionally, the pressure inside a spacesuit needs to be regulated to protect the astronaut from the vacuum of space. The layers of the spacesuit help to maintain the necessary pressure levels to ensure the astronaut's safety and comfort.

In order to maximize room on a space station while still providing enough water for astronauts to drink, the water is recycled from urine and evaporation. This allows the crew to reuse the water instead of having to store large amounts of fresh water, which would take up a significant amount of space and add unnecessary weight to the station. By recycling water, the astronauts can have a sustainable source of drinking water while minimizing the space and weight requirements.

In micro-gravity, the lack of gravity causes objects to float around in a spacecraft. To prevent this, velcro tie downs and straps are used to secure tools and supplies in place. Velcro provides a strong grip, allowing items to be fastened securely to walls or surfaces. This helps to ensure that essential equipment and resources are easily accessible and do not pose a danger by floating freely in the spacecraft.

The tough outer shell of the International Space Station is designed to protect astronauts from micro-meteoroids, which are tiny bits of space debris traveling at high speeds. This outer shell acts as a barrier, absorbing and dispersing the impact energy of these small particles, preventing them from penetrating the station and potentially causing harm to the astronauts inside.

Astronauts wear thick gloves when they perform space walks outside the space station to protect themselves from low temperatures. In the vacuum of space, temperatures can drop to extreme lows, which can be dangerous for the astronauts. The thick gloves act as insulation, preventing heat loss from their hands and ensuring that they can safely carry out their tasks without suffering from the cold temperatures.

Option 1 would have the greatest gravitational attraction between the two masses because gravitational attraction is directly proportional to the product of the masses and inversely proportional to the square of the distance between them. Since no information is provided about the masses or distances, we can assume that Option 1 has the largest masses or the smallest distance between them, resulting in the greatest gravitational attraction.

Planet X has the best chance of supporting life because it is located within the habitable zone, which is the distance from a star that best allows life to exist on a planet.

Accommodations refers to all the living quarters, equipment, supplies, and vehicles that are used to protect astronauts and enable them to live and work in space. This includes everything from the living modules and sleeping quarters to the necessary supplies and vehicles for transportation. The term "accommodations" encompasses the entire infrastructure and resources required to support astronauts during their time in space.