.
It will work if you first bring Dino246 up to the speed of the spinning ball's
rotation.
That there explains how aircraft can land on a spinning Earth and rovers can
land on a spinning Mars.
Even when a plane is parked at the airport, it isn't entirely motionless. It's
riding along on the Earth's surface like a cowboy in the saddle of a galloping
quarter horse. The cowboy appears to be motionless 'cause he's just sitting
there; nevertheless he'll easily stay on the pony no matter how fast it
runs because they're bound together.
_
If I try to make you land on a large spinning ball, you will fly off because of
the friction.
the friction.
It will work if you first bring Dino246 up to the speed of the spinning ball's
rotation.
That there explains how aircraft can land on a spinning Earth and rovers can
land on a spinning Mars.
Even when a plane is parked at the airport, it isn't entirely motionless. It's
riding along on the Earth's surface like a cowboy in the saddle of a galloping
quarter horse. The cowboy appears to be motionless 'cause he's just sitting
there; nevertheless he'll easily stay on the pony no matter how fast it
runs because they're bound together.
_
- 1
- Show all