Hello and welcome to this annual last in which I would explain to you how you can test at a bus stop.
So as you can see here we have a lot of capacitors.
OK.
Let me show them to you.
They come in many shapes the better shape or the circular shape.
This one is called a polarized cluster.
It has polarity.
So this is the negative terminal.
As you can see the small of a short one.
And we have the negative here side and this the other one is the positive terminal.
So it's polarized the same thing happens with all of these.
As you can see there is a silver lining of the negative terminal C and have several more from the negative
terminal.
Same here also silver line for the negative terminal.
But this one is not polarized so you can connect the positive to any of these terminal and the negative
for the other one.
And you can reverse them without any problems.
But in this case you can't you must connect the negative detrimental to this short leg and the positive
turn out the base long grid.
So that's why it's called paralyzed.
Now to test out our cover story you need to have additional multimeter that can test gamma stands the
one that we have here can measure from two nano up to 200 micro followed.
There is a more specialized.
There's done multi meters for capacitors that can be used to measure a wider range.
Now the ones that we have here as you can see you can find it's it's value from here.
Two thousand two hundred Micron followed 60 involved can withstand the negative 40 to positive 85 degree
but we can't test this using this watch because it can only measure up to 200 micro fraud and this one
is two thousand two hundred Microsoft.
So let's find another one.
As you can see here we have this one.
It's one thing to make of a odd 63 Volt.
So we can start using this watch.
So now let's test it out by moving to the 100 microphone and then we must collect as you can see here.
We have a stop sign between these two lines.
So we need to connect the two blobs between these two not using the common twin these two because the
capacitor signs between them here.
So let's connect this here and the other one here.
Now we have our additional altimeter up and ready for measuring the contestants.