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What else can I help you with?
How fast can a space shuttle travel to mars without killing the astronauts?
A spacecraft traveling to Mars would take about 6-9 months using current technology to complete the journey. The speed would depend on the trajectory chosen, but typically it would travel at an average speed of about 24,600 mph (39,600 km/h) during the trip. This speed is manageable and does not pose a risk to the astronauts on board.
Why do you think scientists are concerned that static electricity will be much bigger problem for astronauts than it is for people here on earth?
Scientists are concerned that static electricity will be a bigger problem for astronauts because in space there is no atmosphere to dissipate built-up charge, leading to higher levels of static electricity. This can create issues with sensitive equipment, affect communication systems, and even pose a risk of sparks in a high-oxygen environment. Astronauts in spacesuits can build up static charges that may interfere with electronic devices or even pose a risk to the astronauts themselves.
Is Van Allen radiation dangerous?
Yes, the Van Allen radiation belts can be dangerous for astronauts and satellites in space. The high-energy particles trapped in the Earth's magnetic field can pose a risk of damaging spacecraft electronics and causing health issues for astronauts. Protection measures, such as shielding and monitoring radiation levels, are important when planning space missions.
What are 5 hazards of space travel?
Hazards of space travel as currently practiced by humans include:high accelerationweightlessnessvacuum - lack of air pressurelack of oxygenradiation exposurecalcium loss from the bonesfireexplosion
Why do you need space boots in space?
Space boots are necessary in space to protect astronauts from extreme temperature changes, provide traction in microgravity environments, and shield them from sharp objects or debris that could pose a hazard. They also help regulate blood flow and reduce the risk of injury during spacewalks and other extravehicular activities.
What is the biggest disqualifying factor for prospective astronauts?
The biggest disqualifying factor for prospective astronauts is usually medical conditions that could pose a risk to their health or safety in space, such as significant heart conditions, vision problems, or chronic illnesses. Additionally, a lack of relevant education or experience, or failure to meet physical fitness requirements, can also be disqualifying factors.
What protection is triple lead shielding used for in space?
Triple lead shielding in space is used to protect astronauts from harmful radiation such as cosmic rays and solar radiation. Lead's high density makes it effective at blocking these radiation particles and reducing the risk of radiation exposure during space travel.
What are soler flares?
Solar flares are sudden bursts of energy on the sun's surface that release intense radiation across the electromagnetic spectrum. They can cause disruptions to communication systems on Earth and pose a risk to satellites and astronauts in space.
Problems with space exploration?
There are so many problems that are associated with space exploration. Some of the problems include the high costs, the risk level is also very high and there are chances of getting negative results.
Do satellites pose a risk earth?
no
List two dangers astronauts face while working outside the spacestation?
Well first the equipment. If there is a failure in their suit for example, they may be dead within a second. Next is the station itself. If they are repairing something and they do one thing wrong, they might be an explosion.
What design features of canadarm2 have made space repairs safer for astronauts?
Canadarm2's ability to reach various areas of the International Space Station without the need for astronauts to venture out on spacewalks has made space repairs safer. The arm's precision control and advanced safety mechanisms also help astronauts perform the repairs from a safe distance, reducing the risk of accidents. Additionally, the arm's ability to move heavy equipment and components with ease allows for efficient repairs without requiring astronauts to exert themselves in the vacuum of space.
