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๐Ÿ—‘๏ธ ๐Ÿงต Untitled Thread

Anonymous No. 16114385

how much mass can we send to the moon, before the moon crashes into earth?

Anonymous No. 16114386

>>16114385
The Moon is currently flying away from the Earth as angular momentum is transferred.

Anonymous No. 16114394

>>16114385
Solar panels in space are literally free energy

Anonymous No. 16114403

>>16114394
not for you tho, power still needs to get to you

Anonymous No. 16114409

>>16114385
about 2 fiddy

Anonymous No. 16114414

let's split the earth and moon equally and have a binary planet system. could they be locked together and have an elevator from one to the other?

Anonymous No. 16114430

>>16114414
gravity wouldnt work

Anonymous No. 16114438

Can we attach a giant turbine to the moon to convert its gravitational rotation around the earth into energy to power millions of sex change booths around the world with cheap energy?

Anonymous No. 16114488

>>16114385
We will soon be mining the Moon to make space habitats, so it will shrink rather than grow.

Anonymous No. 16114490

>>16114430
in the middle yes but why not on each surface?

Anonymous No. 16114666

>>16114490
Because of the rotation it would break in half...

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Anonymous No. 16114676

After 12,000 years of 1,000,000,000 kg transferred per second, they would crash.

That's 3.79ร—10^20 kg.

Assumptions include:
1. Linear mass change at a constant rate for both Earth and Moon.
2. Constant densities for Earth and Moon, allowing radius calculations from mass.
3. The Moon's orbit initially described by given semi-major axis and eccentricity.
4. Neglecting external forces and influences from other celestial bodies.

Anonymous No. 16114844

>>16114385
More than we can, really.

Anonymous No. 16115868

>>16114385
your mom is the limit

Anonymous No. 16115932

Slightly less than 1/2 an earth's worth if we do it very quickly.

Anonymous No. 16116038

>>16114385
probably more than Earth's mass
https://en.wikipedia.org/wiki/Roche_limit