Multimeters - Measuring Current - Electronics Basics 16 

Without starting to look at your video, I clicked like button because I know that your teaching is awesome sir 😄🤩

You still are a good tutor . I like you,re video,s and learn a lot Thank you for you,re time

Subscribed. I love the tutorials.

it would be a lot better if you explain the entire parts and numbers on the multimeter, but don't get me wrong your video is very helpful !

Great video

It may also be worth mentioning that you shouldn't measure higher current by touching the actual wires and probes with your bare hands. This is why he had the wires inserted into the breadboard to have the current measured.

What was the resistence on the LED

Why is there no resistance in diodes?

i have the same multimeter!!!

Was the part you edited in "2 volts! (Across resister)" supppse to mean that was the actual input voltage instead of the 5 volt USB power supply you talked about earlier??? That would explain how you got 0.02A instead of 0.05A

the voltage wires were plugged into the bread board... did it matter ? did the rest of the circuit give a faulty result on the amperage?

Lol I got the very same multimeter in a supermarket.Disturbingly cheap but it does the job for basic circuits.

SUBSTANTIAL SIMPLY ELECTRONICS Helpful information video thank you very much Take care and have a great day SUBSTANTIAL SIMPLY ELECTRONICS From Nick Ayivor from London England UK 🇬🇧

Hello sir..can u tell ... How will check the capacitor Farad in Clamp Multimeter [UNI-T UT202A]

grumble, again you question something then dont explain it, why was the power supply expected to put out 1 and only putting out 0.45, do you not know why? if not then can you say this instead of leaving us wondering? hard to remember things when all i can think of when it ends is "why is it putting out less than half what its suppose to" and no way to ever find the answer..

This doesn't make sense. To do V=IR, you need to know two values to get the third. You start by saying the V is 5 and the R is 100, although you correct yourself that V is 2; but how do you know it's 2? You can only know it's 2 be either measuring it (which you didn't mention) or by calculating it, but you can only calculate it if you already know the current, which is what we're supposed to be measuring. In other words, the only known value in this video is R=100. V is assumed to be 2 only because we know the LED is 20mA, but if we knew that, measuring the current is redundant. I suppose if we knew the LED was 3V you could infer that the resistor is resisting the other 2 from the 5 but again this isn't mentioned, nor is it a certain assumption.

I had a question, why can't battery amps stay the same. What I mean by that is, why does the amperage increase to 100+ If the battery is shorted.

Ummmmmm soooo I connected the leads to the mains and guess what KABOOOOMM!!! THE MCB TAKES OVER.

4:46 you connect in series but i see you connect it in parallel