The Powder Toy

Time Traveling STNE!!! by Atomic10

Atomic10
Atomic10
122 / 41
13th Aug 2014
13th Sep 2014
Since nobody reads these things, just look at the explanation in the actual simulation. And please POLITELY correct me if I'm wrong, okay. I'm only 12 years old.
aaaaaaaaaaahhhhh forsciense imscienstist realistictpt speedoflight phot stne logic timetravel press7please

Comments

  • kyledudey
    kyledudey     14th Aug 2014
    @tothemyers you did. u said im a troll. i type like that because i think its funny,k? And (Com...poo...ter) makes u and me sound inmature, u can have internet on win 3.0 but i transfered tpt from mah sissys compooter,K? I dont like commercials and advertisemens becus there annoying,so im stuck with win 3.0, maybe iamweird, maybe iamoldschool, but i like it the way it is, so stop messing with my life, bitch.
  • Atomic10
    Atomic10     14th Aug 2014
    I know what you mean, it's just, the larger planet, (or both planets) pull towards EACHOTHER because they both have a gravitational pull on eachother! One simply doesn't move, waiting to get hit. It's perspectively judged. (If you're on one of the planets.
  • sentinal-5
    sentinal-5     14th Aug 2014
    @The_Powder_Boy NOW do you understand?! if the planet is staying still and the photon is falling towards it. the planet is also moving towards the photon. the actions are one and the same.
  • sentinal-5
    sentinal-5     14th Aug 2014
    you are standing on an asteroid. there are 2 planets moving towards each other. one is bigger than the other.
  • sentinal-5
    sentinal-5     14th Aug 2014
    you are standing on a planet. there is a much smaller planet falling down from above you. using your telescope, you can see someone standing on the smaller planet and looking down at you. from where you're standing. it's obvious you are staying still and the smaller planet is falling towards you.
  • Atomic10
    Atomic10     14th Aug 2014
    sentinal-5: Or, vise versa. (Correct my grammar if I'm wrong.)
  • Atomic10
    Atomic10     14th Aug 2014
    The_Powder_Boy: That is what I think. And I'm really impressed that we are talking about logical, meaningful, topics. It makes me happy... Somehow...
  • sentinal-5
    sentinal-5     14th Aug 2014
    ok. allow me to simplify. you are standing on a planet. there is a much bigger planet falling down from above you. from where you're standing, it's obvious you are staying still and the other planet is falling towards you.
  • RCAProduction
    RCAProduction     14th Aug 2014
    Lol. +1 just because for once someone else pointed this out.
  • The_Powder_Boy
    The_Powder_Boy     14th Aug 2014
    In your first comment, it does not matter if the object falling has mass or not. It matters if the object itf falling towards does.