Astronauts

Scott Carpenter was the fourth astronaut to orbit the earth.

Their bodies would become very weak.

Neil Armstrong used a radio communication system to communicate with people on Earth during his missions in space. Specifically, he used a handheld radio and a headset, which were part of the Apollo spacecraft's communication equipment. This allowed him to relay important information and updates to Mission Control and share his experiences with audiences back on Earth. The system operated on HF (high frequency) radio waves to maintain contact over the vast distances of space.

no he does not

The first astronauts were recruited from previous fighter pilots, and that profession was only open for males, so no female astronauts.

Space is vacuum, and sound can't travel in vacuum.

by getting monkey

In October 1998, Senator Glenn returned to space at the age of 77 aboard the space shuttle Discovery.

Astronauts consume specially prepared space food, which is designed to be lightweight, compact, and shelf-stable for long missions. This food includes dehydrated meals, thermostabilized entrees, and snacks that can be rehydrated with water or eaten directly. Nutritional requirements are carefully considered to ensure astronauts receive a balanced diet while in space. Packaging is also designed to minimize crumbs and spills, maintaining cleanliness in the microgravity environment.

The so called 'silly suits' are a fashionable outfit for space; designed by fashion's biggest known designer Vera Wang. She was inspired by the cultural sumo wrestling suits, soon after her design was released it was a hit on the runway, and celebrities like Paris Hilton and Jennifer Lawrence were seen sporting the look.

Hurley

Neil Armstrong became an astronaut in 2010

at the age of three

The normal illumination of the sky results from sunlight that is scattered in the atmosphere by collision with air molecules or other particles, water droplets etc. In outer space, there is no atmosphere and hence no scattering of sunlight. Because the universe as a whole is expanding, light from distant galaxies tends to fade out into the invisible longer wavelengths, so we do not see stars in every direction that we look; most of the sky, therefore, is dark.

They use either as needed. There is some preference for pens as pencil tips tend to crumble or break off and the debris could float into electronics causing damage.

The Fisher® company introduced the first ballpoint Space Pen® in 1965, NASA tested it and quickly approved it for use on Apollo missions, the USSR also began using it in 1969. Prior to the Space Pen®, grease pencils were sometimes used but tended to smudge.

Sure, astronauts use compasses frequently, but on the Earth ground, not in space.

Compasses only work in two dimensions on a surface like Earth's, where there is a significant body of iron in the celestial body's core. Then only if the core is magnetiized, which it would most likely be, due to the spin of the celestial body.

Astronauts in space are in 3 dimensions, and in space there is no iron core to be magnetized. Compasses are useless in space, assuming they are far enough away from Earth to not pick up Earth's magnetic flux lines.

Highly strengthened polycarbonate.

no

i rlly dont know i have work on this

The way we measure someone's weight with a scale, requires forces to compress/extend springs, etc....

On Earth, gravity pulls downward, the scale is stopped by the floor. When you step on the scale, you are applying the force of gravity on the scale, which measures the amount of stretch.

In orbit, there is no resulting force for the scale to measure. The space ship is falling at the same speed as the astronaut and the scale. They can stand on the scale but it will ready ZERO.

The astronauts have mass, its just that for a scale to work, you need a force which is being minimized by falling around the Earth (orbit)

Millie Hughes-Fulford (born December 21, 1945) was an astronaut for one mission, serving as Medical Payload Specialist on the first biological Spacelab flight aboard the space shuttle Columbia (STS-40, June, 1991). She has since performed and designed biological studies for space flight, including those involving bone cells and immune cells, since changes in these cells occur in microgravity (weightless) conditions.