Recent content by wakingrufus

thanks for the insight

not a heavy traffic area, and no trains, but the glasses are pretty old. i do have a question though. if the quality is poor, and there are inconsistencies in the glass, then wouldn't the glass crack there first, and break in those areas only to relieve the pressure?

i am fairly certain it was a large glass that broke. i will try to find a scale to weigh the stuff though. and yeah, fredgarvin. i was suprised at the explosion too. the sound i heard was half *pop* and half *shatter* and this things tiny shards were EVERYWHERE. i considered the heat effects...

i can't figure this out. i hope someone here can. heres the scenario: the dishwasher was run the night before, and my sister emptied it at around 10 am. there are 2 sizes of the particular cups we are talking about here. she thinks she had stacked 2 big ones together, but there was a chance it...

pentium 4's are really good for overclocking. they are safe b/c they won't let themselves get too hot, instead they underclock themselves if they get too hot. if you have a prescott, you can get up to 80 or 85 C before this happens ive heard of pentium 4 2.4s being overclocked to 4ghz and up...

iriver mp3 player are where its at

you mean this stuff? produkkt

you are right. its also based on hype.

thank you. yes it is conservative. i forgot to mention that i guess.

Find the work done by the force field F in moving an object from P to Q. F(x,y) = (x^2)(y^3)i + (x^3)(y^2)j P(0,0) Q(2,1) so i need to integrate the gradient dot dr right? how do i do that?

ok thanks. i think I got it now. my test was a bit hard to swallow on this section. "calculus: fourth edition" by James stewart. my teacher isn't good so i have to learn from the text :(

im working on these, and I am supposed to find the image of a set under a given transformation. can someone please explain to me a good way of doing this?

well i asssume the system starts at rest, so the left side of your equation would = 0 and your equation would reduce to: m1*v1 + m2*v2 = 0 m1 = mass of the cart v1 = final velocity of the cart m2 = mass of a child v2 = final velocity of a child you need another equation to solve for...

avant