The sensation of weight is the result of gravitational pull. All airplanes use the lift created by the wings to oppose the pull of gravity just as the tires support a car, the weight/pull is still there. In contrast, an orbiting vehicle has centrifugal force caused by its rotational speed around the planet. The balance between that force and the force of gravity is what keeps it in a stable orbit. With those two forces in balance they negate each other leaving the occupants in a weightless environment.
The sensation of weight is the result of gravitational pull. All airplanes use the lift created by the wings to oppose the pull of gravity just as the tires support a car, the weight/pull is still there. In contrast, an orbiting vehicle has centrifugal force caused by its rotational speed around the planet. The balance between that force and the force of gravity is what keeps it in a stable orbit. With those two forces in balance they negate each other leaving the occupants in a weightless environment.
carriage
More passengers than the seats provided for them by the vehicle manufacturer.
Under the hood on the passengers side of the vehicle. You also have fuses in the trunk on the passengers side of the vehicle.
An orbiting vehicle has sufficient speed to remain in orbit. If an apple is put outside the vehicle, it will continue in orbit with that vehicle. It will just float there. The apple and everything in the space vehicle will be moving at the same speed, and, because the vehicle is in orbit, everything will have sufficient speed to remain in orbit.
yes
92
International space station orbiting the earth now
true
it is the weight of a vehicle with a full tank of gas and no cargo and no passengers.
yes if the police want to they will
The driver is responsible for the vehicle and its passengers. The means wearing seatbelts and littering.