Mike667 said:
denverdoc said:
Mike667 said:oh really?
actually, its -9.1 m/s because the astronaut goes backwards.
Mike667 said:oh really?
actually, its -9.1 m/s because the astronaut goes backwards.
To calculate an astronaut's velocity after throwing an oxygen tank in outer space, you would need to use Newton's Second Law of Motion, which states that force equals mass times acceleration. The mass of the astronaut and the oxygen tank, as well as the force applied by the throw, would need to be taken into consideration to calculate the resulting velocity.
The velocity of the astronaut after throwing the oxygen tank would be affected by the mass of the astronaut and the oxygen tank, as well as the force applied by the throw. Other factors that could potentially affect the velocity include any external forces acting on the astronaut, such as gravity or air resistance.
Yes, the velocity of the astronaut can be negative after throwing the oxygen tank. This would occur if the force applied by the throw is in the opposite direction of the initial velocity of the astronaut. This negative velocity could also be affected by any external forces acting on the astronaut.
The velocity of the astronaut would change as the oxygen tank is thrown according to Newton's Second Law of Motion. The force applied by the throw would accelerate the astronaut, increasing their velocity until the force is no longer applied or an external force acts in the opposite direction.
Yes, there is a maximum velocity that the astronaut can reach after throwing the oxygen tank. This velocity would depend on the mass of the astronaut and the oxygen tank, as well as the force applied by the throw. It would also be affected by any external forces acting on the astronaut, such as gravity or air resistance. In a vacuum, the maximum velocity would be limited only by the force of the throw and the mass of the astronaut and oxygen tank.