MathematicalPhysicist said:It just got me thinking, if I were to be in outer space, and assuming there's no gravitational pull from some other mass, or it's negligble, then to what would I fall, and I don't see how I can move cause I wouldn't have any leverage.
Wouldn't I be at constant rest?
MathematicalPhysicist said:It just got me thinking, if I were to be in outer space, and assuming there's no gravitational pull from some other mass, or it's negligble, then to what would I fall, and I don't see how I can move cause I wouldn't have any leverage.
Wouldn't I be at constant rest?
Rest in outer space refers to the state of being at rest or motionless in a zero-gravity environment. This means that there is no force acting on an object to cause movement or acceleration.
The lack of gravity in outer space can have various effects on the human body, including muscle atrophy, bone density loss, and changes in blood circulation. Without the constant pull of gravity, the body also experiences a feeling of weightlessness.
Yes, objects can be at rest in outer space without any external force. In the absence of gravity, an object will continue to move in a straight line at a constant speed unless acted upon by an external force.
Astronauts on space missions typically use special sleeping bags attached to the walls of the spacecraft to rest. These bags are designed to keep the astronauts in place and provide some sense of weight and stability.
Some potential challenges of rest in outer space for long-duration spaceflights include the development of health issues due to prolonged weightlessness, difficulties with sleep and circadian rhythm, and the psychological impact of being in a confined and isolated environment for an extended period of time.