amy` | oh |

TRWBW | amy`: i meant what i said |

amy` | how did you do that? |

TRWBW | amy`: x is prime, if x divides d(x,y)*y^2 then x divides d(x,y) amy`: well, forget prime. just do it by polynomial division amy`: now that i think about it you can't use prime here probably |

amy` | got it! thank you!! |

TRWBW | amy`: np |

amy` | :D i have like 10 more of these too do hehe, at least now I have a better idea of how to go about it:D |

TRWBW | gl |

amy` | thanks:) the real problem was showing (x^2, xy) = (x) n (x,y)^2 btw, that was just the last step of one direction |

TRWBW | k, i've never studies ideal theory beyond knowing the basic definitions, but i'm sure it's fun |

qqex | me22: is your question about the definition of convolution? |

me22 | qqex: I'm wondering if that's legal I did it on my midterm today, so I'm hoping it seems right to be, but it seems too easy :P |

luckyshot | any physics person in here? http://img113.imageshack.us/img113/3392/q1yj4.jpg |

Meldon | What up/ Wondering if anyone would like to help with something. |

me22 | if you ask it and it's interesting, someone probably will |

Meldon | that is not what im trying to do lol i need someone or a group of ppl to help with something complicated its not a simple question need help with deriving relationships between a system that can be modified dynamically |

TRWBW | Meldon: it's traditinal to sing the armour hot dog song before asking a question |

Meldon | im new to fourier analysis ok heres the simplest part |

action | me22 just had a fourier transforms midterm today, but doubt he'd be of any help |

me22 | just had a fourier transforms midterm today, but doubt he'd be of any help |

Meldon | imagine a plane and a set or rays pointing towards the plane |

TRWBW | Meldon: half the rays point to the plane |

Meldon | just a sec |

TRWBW | Meldon: and you still need to sing the armour hot dog song |

Meldon | and their is an infinitesimal change in direction of the plane but the rays are stationary |