Okay so again if we want to now combine these two we can just do the same and it will look something like that way. Let's say just one series connection obviously you will have an emitter there then that means it will be R1 plus R2 plus R4 plus R3.
That is combining this parallel connection so guys this is not part of answering any question I'm just trying to indicate to you that when it comes to the circuits you've got two types of a connections which is series connection and then parallel connection and you can convert parallel connection into a series connection.
So what I was trying to do there was just to convert from parallel to series by showing that we've got a branch within a parallel connection which is R1 and R2 in that case it's R8 and R16 it can be combined to form one resistance, one resistor and then from there you realize that you've got one, two which are now in series because they are along that same wire.
So you can still add these two to combine it into one resistor of which you now realize that you've got that simple parallel connection that you normally, you know that you normally see in grade 10 and 11.
But this is for grade 12, so you're able to see that you can just convert whatever parallel connection that you've got into a series connection or combine the parallel into a single resistance.
I think with this part I can say I'm done regarding the explanation of what I wanted to explain to you guys, this was not part of answering the questions it was just to give you a bit of background, I think I'll need to do a special lesson just doing the circuits where I'll be comparing a series connection and a parallel connection.
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