"The moon will impact earth in 39?days"

[The Monkey]

The earth has more mass though. Unless you mean the moon is twice as dense. I think gravity has more to do with mass than density.

The difference between weight and mass never got through to me in science class.

 

[ríomhaire]

The difference between weight and mass never got through to me in science class.

The mass of an object doesn't change no matter where it is in the universe. Weight is a force that acts on a body due to its mass in a gravitational field.

 

[Saturos]

Marjora's Mask you fool.

No shit.

The ocarina itself is still called "Ocarina of Time" though.

The mass of an object doesn't change no matter where it is in the universe. Weight is a force that acts on a body due to its mass in a gravitational field.

Take Jupiter for example. Largest planet in the solar system and it has the most gravitational pull than any other planet in the system. Something like 14x Earth's gravity. Take you current weight and multiply that by 14.

 

[CR0M]

Jupiter looked fab the other night, saw the darkest bands and all his moons through my little celestron.

I noticed the moon is still in one piece, however. I was most disappointed, as it must be past 39 days by now.

 

[phantomdesign]

I unfortunately watched it too (while at work) . . . it's a time burner, and not a very good one at that.

The Ending:

Spoiler

They electromagnitize-antigravitied the moon and brown dwarf using a space-elevator cable on a rocket attached to this machine, which dislodged the brown-dwarf fragment.

The biggest and simplest "scientific" mistake I noticed was . . . if the moon+dwarf had 2x the mass of the earth, why wasn't the earth rotating around the moon+dwarf. The rest of the crap that didn't make sense, they just said in the movie "this doesn't match known science."