Astronauts feel heavier during launch because of the upward motion of the spacecraft. This has the effect of adding extra "g's," or gravity forces, making everything seem heavier while the thrust is occurring.
During a shuttle launch, astronauts experience high G-forces which can cause increased blood pressure, changes in vision, and difficulty breathing. The force of gravity can also compress the spine and put stress on the body, leading to potential muscular-skeletal issues. As the shuttle accelerates, the astronauts feel heavier due to the increasing G-forces acting on their bodies.
During a rocket launch, astronauts can experience up to 3-4 times the force of gravity (3-4G) depending on the rocket and mission profile. Once the rocket reaches outer space and escapes Earth's gravity, astronauts experience microgravity, where they feel weightless and are in free fall around the Earth.
Because of gravity
Inside a space shuttle, you would experience a confined and controlled environment with limited space for movement. The cabin would contain seating, control panels, communication systems, and storage areas for supplies. During launch and reentry, you would feel vibrations, loud noises, and experience increased forces acting on your body.
when the rockets stop firing, astronauts begin free fall (weightless).
During a shuttle launch, astronauts experience high G-forces which can cause increased blood pressure, changes in vision, and difficulty breathing. The force of gravity can also compress the spine and put stress on the body, leading to potential muscular-skeletal issues. As the shuttle accelerates, the astronauts feel heavier due to the increasing G-forces acting on their bodies.
Noop. In fact, as the Shuttle is accelerating, the astronauts are experiencing not only the pull of gravity, but also the acceleration of the rocket. For the comfort of the crew, they try to keep the excess gravity to about 4 G, basically 4 times the pull of gravity. Only after the engines have stopped, and the shuttle is no longer accelerating, will the astronauts feel weightless, as the Shuttle and astronauts are all falling around the Earth at the same speed.
During a rocket launch, astronauts can experience up to 3-4 times the force of gravity (3-4G) depending on the rocket and mission profile. Once the rocket reaches outer space and escapes Earth's gravity, astronauts experience microgravity, where they feel weightless and are in free fall around the Earth.
Your weights may feel heavier during certain workouts because your muscles are fatigued or because you are targeting specific muscle groups that are not used to the exercise, making them work harder. This can result in a perception of increased weight and difficulty in lifting.
Some dumbbells feel heavier than others because they have different weights. The weight of a dumbbell is determined by the amount of material it is made of, so a heavier dumbbell will feel heavier to lift than a lighter one.
Some weights feel heavier than others because of their mass and density. The more mass and density a weight has, the more force is required to lift it, making it feel heavier.
they feel as if they are ready
Because of gravity
i cant wait
people become astronauts because... - a family member was - they loved studying it in school - they were good with all requirements - they loved the feel or rush of it - it was their dream - more cheezy stuff like that
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Because they feel like it, dude!!