heres what it looks like:

http://www.flickr.com/photos/35499154@N08/3884295792/

My trusty old 60GB Zen Vision M seems to have died for the last time. For several years I’ve been dropping it at least once a month, and it held up great. Once in a while it’d start skipping in a video and I’d open it up, reinsert the hard drive ribbon, and voila! Good as new (minus a few scratches). But this last time it gave me a firmware error message, and even after reloading the firmware it still wouldn’t work. I tried my usual fix, but nada. So I tried something else and somehow in all this the female battery connector on the circuit board broke off. I tried using glue (it was late, I was tired, and had no soldering iron…Idiotic, I know…), but while it worked for a few minutes, it broke off when I closed the thing up again, and I don’t know how to get the glue off (Loctite Super Glue) so that I can try soldering it back in place. If you know how to get superglue off electronic parts PLEASE let me know. Otherwise, where can I get just the connectors?

PS how can I anonymously post a picture of the part online?
PPS It’s a Li-Ion battery, charged the same way as an iPod.
Here are pics of the parts, f=female part, m=male; sorry, the photos are not great quality..

http://willhostforfood.com/files4/8/0/8/8088432/circuitboard.JPG

http://willhostforfood.com/files4/4/7/3/4735930/f1.JPG

http://willhostforfood.com/files4/9/4/3/9433512/f2.JPG

http://willhostforfood.com/files4/6/9/0/6903238/f3.JPG

http://willhostforfood.com/files4/3/7/4/3744156/f4.JPG

http://willhostforfood.com/files4/4/0/2/4029836/f5.JPG

http://willhostforfood.com/files4/2/3/7/237101/m1.JPG

http://willhostforfood.com/files4/6/4/9/6495692/m2.JPG

http://willhostforfood.com/files4/1/8/3/1832487/m3.JPG

How would I solve the output voltage for these? I don’t know because all the diodes look different. What is the math and formulas used to solve these?

Here is a picture of the circuits.

http://www.flickr.com/photos/22774022@N06/3981573381/

(P1) Use dc circuit theorems to solve one circuit problem using Thevenin’s theorem, one using Norton’s theorem and one using the Maximum Power Transfer theorem.

(a) In the following circuit use Thevenin’s theorem to determine the current in the 1.6 ohm resistor

(b) Apply Norton’s theorem to the circuit below to find the current in the 20 ohm resistor

(c) Using the Maximum Power Transfer theorem determine the value of R in the circuit below in order that maximum power is transferred to it from the rest of the circuit

if you can only answer one that is great any help is really appreciated.

LINKS ARE TO THE QUESTIONS PHOTO!

Refer to input wavelength as shown in the diagram,draw the output wavelength according to input wavelength. Name the output wavelength and describe the function of diod in this circuit.

Please refer to this site to look at the diagram.