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  • Replace this please with something worthy before you get slagged again....keep your reputation

  • You learn something new everyday!

  • Jeez, it worked for me!

    how may yanks to screw in a light bulb?

    No one knows, they out sourced it.

  • fail expertvillage

  • fail

  • it's 4 am.... i'm trying to find out how to find the voltage in a resistor... I started watching this... then decided i would probably fall asleep b/c of how boring he sounds.... GG.

  • This is garbage...

  • i was GONNA comment on how he DIDN'T explain how to find resistance, but looks like everyone else thinks so too. I agree with runeinchains. Spectacular fail.

  • What happened to the resistances? o_0

  • Why do I keep watching this garbage?

  • Shees complaints bout the integrity of the vid., with good reason, but the integrity of the comments are all over the place as well.

  • Good demonstration of why I get fustrated with "Information types," who want to give the impression that they are "Electronic types."

  • I loved it,

  • What an ass.

  • He completely cut out and changed the topic at 1:35-1:45. Another typical "Expert" Village fail. And he alks about voltage, not ohms.

  • 10 sec. ke liye kiya tha....tum bhi amricaaa wale...kya bhi...

  • Voltage drops were calculated here. Not resistance.

  • I didn't once hear the word ohm, which is the unit of measure resistors have to determine their resistance. "How to Compute Resistor Resistance in an Electronic Circuit"

    More like "how to measure voltage drop across a resistor...with a volt meter."

  • I don't think the "expert" computed resistor resistance in his electronic circut.

  • awesome, great

  • Note. He didn't help find resistances at all.... He found voltage drops..... O_o

  • lol hes not the expert, more like moderate village

  • Yeah, he's fail. Sorry expert village. =/

  • @runeinchains The amount of voltage drop is the resistance.

  • uk u

  • yea, but how do you build an electronic circus?

  • lol

  • I'm soooo immature.

  • lol watch 0:31 a bunch of times in a row :D

  • I mean 2:31 :D

  • crud, I mean 2:30

  • haloceam3n(.)tk is an awesome site, check it out

  • i mean

    expert my ass

  • expert a ass

  • woah. this is the worst electronics how-to vid i've ever seen.

  • same. not saying he doesnt know his stuff but he doesnt explain very well. even i cud make a better video on the subject.

  • i third that opinion, this guy is drivin me crazy the way he explains things

  • I got an easier way.

    Get a 9v batteery. Attatch a battery clip to it. Get 2 alligator clip wires. Get a bulb and bulb holder. Put bulb in holder. Attatch

    one alligator clip to one wire from the battery clip and then hook onto bulb holder.

    Do the same thing with the other and your finished!

  • inb4 possibly too much amps and you blow up your lightbulb :D

  • wow, i dint get anything he just said,lol,im starting to go in electronic stuff... so yeah,if anyone have cool vids plz tell me

  • If 2 100 ohms resistors are put together it is then a 50 ohm resistor not 200 ohm.

  • No. Only if they are parallel. In series they add up

  • To count the resistance of two resistors in parallel you use this "(r1*r2)/(r1+r2)" I think :D

  • nop in series the sum is r1 + r2 but in parallel its pointless unless you want to make a voltage drop

  • yea you are right. fogglee doesnt know what he is talking about. in series you simply add the resistance values. in parallel, you add the recipricals of the resistance values then take the reciprical of that. so if you have two 200 ohm resistors in parallel, the parallel resistance value should be 100 ohms. ((1/200)+(1/200))^-1=100 ohms. when there are only 2 values you can use the product of the 2 divided by the sum of the 2.

  • Hm, thanks for explaining that.

  • this apparatus is tough

  • Why is this guy moving the GRND around? You're supposed to move the Ground lead (black) of the METER around!Because in a real circuit you DO NOT have the luxury of moving the ground around! This is totally WRONG!

  • Entirely clear that the negative lead was being moved to apply the supply V. across individual components to compare V. drop across resistors of same or different values. Ideally he would have better prepared the bread board for the demo. But hey no one had to pay the watch the vid. We get what we pay for, that's for sure.

  • that is a werid meter

  • (\_/)

    (*.*)

    (")(")

  • is there any video on how to use oscop and meter....?? thanks

  • It is correct that resistors divides the voltage in a series circuit. The amount of voltage over each resistor depends on the voltage in the circuit and the resistance in each resistor. But it is important to remember that a diode, be it a LED or a regular diode always absorbs a certain amount of voltage that does not depend on the resistance in the circuit. if the circuit cannot deliver the required amount of voltage the diode will be closed and no current can flow through

  • Uh, no. That would be a current divider.

  • Good video and excelent audio

    a.oliva

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