who here knows physics rela well?

[Sub-Zero]

i need help with a problem, im trying to find peak power but i dunno how

 

[javaguru]

PM Samoth but I would encourage him to not to do your homework.....sink or swim bish...

 

[puddlemonkey]

 

[Sub-Zero]

samoth has helped me a good amount of times, i love talkin physics with him but he wasnt on.

i got it though thanks

 

[Lestat]

samote in 3...2....1...

 

[eddymerckx]

turn the knob all the way to the right

 

[nimbus]

cake wallace

 

[Sub-Zero]

cake wallace

thanks for the help!

 

[blueta2]

Would you like fries with that............

 

[heatherrae]

i need help with a problem, im trying to find peak power but i dunno how

College courses in physics don't come with books these days? You poor thing...lol.

 

[-SD-]

College courses in physics don't come with books these days? You poor thing...lol.

Colleges dont come with students who read these days.

 

[heatherrae]

Colleges dont come with students who read these days.

lol...evidently.

 

[samoth]

College courses in physics don't come with books these days? You poor thing...lol.

Well, reading isn't really required for studying physics. I mean, you totally can if you have time (and it's recommended), but it's not like it's really of any substantive value when working through countless problem sets. It's usually all about the plug & chug or algebraic manipulations rather than the meaning or concepts at the introductory levels. This is probably the reason many people dislike or can't understand physics courses -- it's just applied math.

 

[Phaded]

samoth for president of the world

 

[PICK3]

In a resistor R, the peak power (achieved instantaneously 100 times per second for 50 Hz AC) is Vm2/R = im2*R.

http://www.physclips.unsw.edu.au/jw/power.html

 

[eddymerckx]

In a resistor R, the peak power (achieved instantaneously 100 times per second for 50 Hz AC) is Vm2/R = im2*R.

http://www.physclips.unsw.edu.au/jw/power.html

chocolate ("C") peanut butter ("P")

C + P = yummy

 

[javaguru]

Well, reading isn't really required for studying physics. I mean, you totally can if you have time (and it's recommended), but it's not like it's really of any substantive value when working through countless problem sets. It's usually all about the plug & chug or algebraic manipulations rather than the meaning or concepts at the introductory levels. This is probably the reason many people dislike or can't understand physics courses -- it's just applied math.

Proof is about alcohol and math...