During the start and ascent astronauts wear appropriate suits, that also have been made for radiation protection.
On the ISS experiments have been made with dummies in various astronaut suits placed all over station (even outside) and equipped with radiation measuring devices. This was done during the 1990's already (code word: "Matroshka", you will find details in the internet using that word).
On-board and during spacewalks (EVA's) astronauts wear dosimeters that are regularly checked and harmful amounts of radiation never have been found so far. As for now, even a flight to Mars and back (assumed duration: 500 days) would not constitute a radiation risk to the crew.
Everyone needs to be protected against radiation, because radiation in strong doses can Kill or injure. A small amount that a person receives in an x-ray will do no harm; but, too strong a dose of radiation is very dangerous. Radiation is greater in outer space than it is on the earth, because, we are protected from radiation on earth by the atmosphere. Astronauts in outer space have no such protection.
Well their are many things that she had to overcome here they are.-migranes-drugs-abuse-dyslexia-dropping out of school-dental problems-bladder problems
they may get into equipment and cause serious problems
Through safety equipment and procedures and their intensive training.
Due to lack of gravity the roots grew upwards.
There are several problems met by astronauts in outer space. These problems include oxygen, radiation, gravity, weight, temperature, and food.
In space, there is no gravity to overcome. The chllenge to astronauts is how to deal with the lack of gravity.
Astronauts can be protected from radiation by their suits. The space suits are designed for it only.
Toilet Problems.
1. Lack of gravity - no gravity caused bone loss and other changes in the human body. 2. Radiation - deadly radiation from the sun and cosmic rays can damage human tissue or even kill astronauts if they get overexposure to radiation for which there is little or no protection in outer space. 3. Isolation - no one has been that far from Earth before and little is known about the long term effects of being cut off from Earth and other humans.
1. on earth light and radiation from space is filtered in the atmosphere, however when going out of the atmosphere radiation can become unpleasant.
Everyone needs to be protected against radiation, because radiation in strong doses can Kill or injure. A small amount that a person receives in an x-ray will do no harm; but, too strong a dose of radiation is very dangerous. Radiation is greater in outer space than it is on the earth, because, we are protected from radiation on earth by the atmosphere. Astronauts in outer space have no such protection.
you are thinking of Solar radiation. or radiation from the sun in simple terms.
One problem with Project Mercury was the spacesuit. It was very heavy and needed to be redesigned several times. Another problem that Project Mercury faced was designing a way to bring back the astronauts without them overheating on re-entry. There were also tragedies to overcome when a test failed and astronauts died.
not right now they have to find a solution to deal with heat radiation
There is no problem *****
Geiger counters for measuring how much radiation is going on *now*. Dosimeters are carried by the astronauts in order to determine their total radiation dose during the mission.