I was going to say you could put a satellite between earth and the sun and float it there, constantly being in daylight, but i suppose you could just launch a satellite around the sun at that point, same thing really
Just go farther towards the pole that currently has summer. After a certain point a rock on the ground is fast enough to stay in perpetual sunlight. (At least until summer is over.)
Theoretically, but not practically. At the equator, you would need to be travelling at over 1,700kph.
At around 60° north or south, the required speed slows to a little over 1,600 mph, still over 1,000 mph.
Commercial airliners typically travel at around 800kph.
If it’s summer, and you’re far enough north, you just have to stand still.
The trick is traveling between the arctic and antarctic quickly enough on each equinox.
Haha!! True!
so, at the equator or on the air, use metric, otherwise use imperial
Or I will do whatever I feel like
I was going to say you could put a satellite between earth and the sun and float it there, constantly being in daylight, but i suppose you could just launch a satellite around the sun at that point, same thing really
Wat?
Fuck. Would edit, but I will leave in my egregious mistake. 1600 Kilometres per hour is around about 1,000 miles per hour.
Ah. Yeah, could have guessed that. Thanks though.
Just go farther towards the pole that currently has summer. After a certain point a rock on the ground is fast enough to stay in perpetual sunlight. (At least until summer is over.)