For all you guys having trouble remembering the table or are still looking of a "cheat sheet", I wrote a free program to help you out. Here is the link to the quick tutorial on how to use the program. The download link is in the description. youtube.com/watch?v=nolRA9ZmK-U
Obviously the current will be reduced if the resistance increased (according to the equation I=V/R). But according to this video, current will go through the least resistance.
@pclle electricity takes ALL paths. While there will be more available energy on the path with the least resistance, the power applied will take every available path.
how can i connect 100 or 200 leds and maka them flashy running? and power the with batteries how man batteries? ho many resistors? do i need other components?
Most LEDs have their characteristics specified at a current of 20 mA. So if you want to calculate the resistor rating then you have 6v(PowerSupply)-3v(Led)=3 and
Great Video. I am just starting to learn about Electronics
JoeHornacek 4 weeks ago
Geat explanation..I am learning electronics and I was a little stuck on parallel circuit.. You gave me more understanding ..Thanks
FERNANDOPENAS 8 months ago
This has been flagged as spam show
For all you guys having trouble remembering the table or are still looking of a "cheat sheet", I wrote a free program to help you out. Here is the link to the quick tutorial on how to use the program. The download link is in the description. youtube.com/watch?v=nolRA9ZmK-U
MJLaukala 1 year ago
how come the more resistance you have in the conductor the more current flow you have? i though the more resistance you have the less current flow
michelovando31 1 year ago
@michelovando31
Obviously the current will be reduced if the resistance increased (according to the equation I=V/R). But according to this video, current will go through the least resistance.
5alo0f 1 year ago
this was somehow useful for beginners like me, thanks!!
fabmkk 1 year ago
this video sucks
townshend445 1 year ago
goodstuff:) much thanks
catchYOYO22 1 year ago
i am not looking forward to this
MyManDan 1 year ago
Again another fail video from Expert Village
Shiznit304 2 years ago
but explanation but a little lame video
gaussman08 2 years ago
Electricity takes the path of least resistance
pclle 2 years ago 4
@pclle electricity takes ALL paths. While there will be more available energy on the path with the least resistance, the power applied will take every available path.
heypoolboy78 7 months ago
This has been flagged as spam show
shut the hell up ya dick
bdawg720 2 years ago
how can i connect 100 or 200 leds and maka them flashy running? and power the with batteries how man batteries? ho many resistors? do i need other components?
thanks.
ilikeyouallot 2 years ago
Excellent illustration of the property differences between resistors connected in series and parallel.
RStewart001 2 years ago
Most LEDs have their characteristics specified at a current of 20 mA. So if you want to calculate the resistor rating then you have 6v(PowerSupply)-3v(Led)=3 and
R=V/I, R=3*1000/(20)=150 ohms
BALAS009 2 years ago
so if i had a battery of 6V and my LED could only take 3V. What kind of resistor do i need?
H3141 2 years ago
3v resistor?:)
plimboy11 2 years ago
Comment removed
33125577 2 years ago
Comment removed
33125577 2 years ago
150ohm resistor 1/8W.
TurtIedd 2 years ago
I measured the resistance of a 5.1K(5,1K) , which is actaully 5.17K, and a 10K, which is actaully 10.27K, and its resistance in parallel is 3.44K.
jishan22 2 years ago
So your saying that resistors in parallel in a circuit doubles the normal voltage?
UserIsAnFBIAgent 2 years ago
If anyone want to know the formula for calculating resistans in parallel circuits it's 1/Rt = 1/R1 + 1/R2.
If the circuit has three resistors the formula will look like this
1/Rt = 1/R1 + 1/R2 + 1/R3. If there is four resistors you add + 1/R4 and so on.
molnez 2 years ago
Nvm you weren't done building..
Linneawow 3 years ago
Isn't your circuit in series?
Linneawow 3 years ago
couldnt u just use a smaller resistor if u wanted more current to flow?
minion6500 3 years ago
Yes, exactly. You can do that.
ooania 3 years ago
thanks for video and it help me understand more but can you show some calculate of series and parallel circuit...
aihumlay 3 years ago 3
good vid
thoughtt 3 years ago 2
THX
salmanchattha66 3 years ago 2
hi i'm a physics student try to fully understand the concepts of circuits. thanks for the brief lesson. It made some things easier to understand.
lightningplasma 3 years ago 12