Glad it helped, it is confusing at first, thanks for watching!

Thank you!

Thank you for watching!

Great! Thanks!

Thank for watching!

No sorry. I just post online.

Thank you!

Wattage of a resistor is mostly based on size. So I am guessing that a resistor of the same size will be just fine wattage wise. Especially if it is a higher value resistor.

Sounds like 510 with 4 more zeros, so 5,100,000 ohms and 10 percent tolerance.

Depends on their values and the circuit.

Here you go! kzfaq.infocommunity

Long as they are the same size, it doesn't matter. They will have the same resistance and wattage. The beige ones might not be quite as close to the rated value indicated by the color code, but that usually doesn't matter in most circuits.

@@Electronzap thank u ill try it now

Yeah, you can always use a lower tolerance resistor.

@@Electronzap thank you I really appreciate the reply I am still learning about electronics your video was also helpful one thing I do know is you have to have a lot of patience

@@joemazza1011 No problem, thanks for watching, and have fun learning!

blue

The tolerance band goes on the right. Which is easy when it is a gold band, such as the beige resistors usually have. Unfortunately the blue resistor's brown 1% tolerance band can get confusing if the first digit is also brown. Hopefully the tolerance band is spaced farther away from the other colors, but I often can't tell if it is. If you have to deal with a couple values which have mirror images of color, then you'd probably have to use a multimeter to measure them.

@@Electronzap but the multimeter shows nothing..i mean if resistor cut out inside...and shows no resistance on multimeter.plz guide

If the last band is gold (typically 4 band beige resisistors), that means it has a 5% tolerance rating. If the second to last band is gold, that means you take the number from the digits and multiply it by 0.1 to get the value in ohms.

Plz i need help...plz find me five band resistance value...grey-red-gold-gold-black. Tq.

I suspect that the black band at the end represent something other than tolerance. I'd post a picture of it to the ask electronics subreddit on reddit. Multiple people usually recognize unusual components there.

@@Electronzap give me wasap so that i send u a snap shot of this reaistance..actually the resistor has cut inside and it show no readings on multimeter.

If it isn't brown or gold, then it is probably the first band. If both ends are brown, hopefully the first band is closer to the other bands than the tolerance band. Unfortunately, sometimes it's hard to tell which is which if both ends are brown.

Glad to hear! Thanks!

I draw every diagram I use in my videos. I haven't started compiling them into book form yet.

I'll try

I could do some googling and make a guess, but I'd suggest posting that image with as much extra detail you know about where it came from to reddit. I think the subreddit I usually browse is called askelectronics or something similar. Someone will probably know that resistor pretty well and give you an accurate answer. I'm guessing that the black band has an additional meaning to it than the standard color code and tolerance.

@@Electronzap thank you very much for your fast reply, this is where i take out this resistance drive.google.com/file/d/1FlEVgjAOEhmmRb4R10K7vXWdCkEWMpiM/view?usp=drivesdk

That doesn't sounds like regular resistors. I'd take a picture and post it to a subreddit on reddit. I think there's a subreddit called askelectronics.

Indeed :D