Science Problem Solving Essay On The Book Thief By Markus Zusak
You are given the objects shown: a candle, a book of matches, and a box of tacks.Your task is to find a way to attach the candle to the wall of the room, at eye level, so that it will burn properly and illuminate the room.He did calculus while driving in his car, while sitting in the living room, and while lying in bed at night.” Indeed, the above is a picture of Feynman’s blackboard at the time of his death.It says on it, “Know how to solve every problem that has been solved.” I like this sentiment, this idea of man as problem solver.(This is sometimes called overcoming ) With that realization in hand, just tie the pliers to one rope and swing it.If you stand by the other rope, the pliers-rope should eventually swing back to you, and then you can tie them together.Problem solving, then, can be thought of as, “Starting at the initial state, how do I reach the goal state?” On this simple graph, the answer is trivial: On the sort of graph you’d encounter in the real world, though, it wouldn’t be so easy.
I’m reminded of Feynman’s work on the connection machine, where he analyzes the computer’s behavior with a set of partial differential equations — something natural for a physicist, but strange for a computer science who thinks in discrete rather than continuous terms.
No wonder the Greeks thought creativity came from an outside source, one of the Muses.
It’s like the heavens open up and a lightning bolt implants the notion into our heads.
You start in some state, there’s a set of neighbor states you can move to, and a final state that you would like to end up in. Similarly, for those who rolled lawful good instead of chaotic evil, we can imagine being the detective hunting Ted Bundy.
You start in some initial state — the Lieutenant puts you on the case (at least, that’s how it works on television.) Your first move might be to review the case files.