+K Ozen I tried to make the playlist in a logical order, so if you start at the top and work your way through that will help you as you study this topic.
why is current the same everywhere in a series circuit? if there was component that had resistance, the current going into the component and the current coming out of the component would be different as the charge carriers slow down when travelling through the component- the rate of flow of charge would decrease- wouldn't it? please help. also charge is conserved, but why is the sum of current in and out the same- what if there was resistance that slowed charge carriers down, so the rate of flow of charge would decrease
Yes, this is often confusing until you can get the ‘penny to drop’. You need to remember that the circuit is a closed loop. Think of a tube full of water with both tube ends joined together to form the loop. There’s a certain amount of water in the whole loop. If you pinched the tube at any point it wouldn’t change the total amount of water in the whole loop. An electrical circuit is just the same as it has a certain amount of current within it. If you add a resistor (in other words that’s your ‘pinch’) the amount of current before and after the resistor remains the same because the current in that SERIES circuit is the same anywhere in that circuit. Hope this helps 👍🙂
the sum is not equal to 0 that is wrong the sums in and out are equal does not mean that the sum of both is 0 it means that the sum of both is 2 times the sum in and out
1:39 RIP carrier soldier
Lolzzz nice idea!!
You are a fake Muhammad Ali.. shame on u
@@theriddler482 And you're a fake Riddler...
I like your way of explaining.. keep it up
Greatly explained in the simplest way.
You are doing great !! I just love your videos!!! thank you so much!1
Really Helping in my Physics man!
what do u do now are u a physicist?
i passed my exmas bc of you.thank u
That awesome!
Is your electricity playlist in a order which u would recommend us to follow or are the videos in a random order??
+K Ozen I tried to make the playlist in a logical order, so if you start at the top and work your way through that will help you as you study this topic.
Thank you
+Nicholas Orton Not a problem
I FINALLY GET IT OMG THANK YOU
Adithya Lakshmi THANKS
so helpful thank you
thanks
Sir are all of your videos suitable for OCR A
Most are. Check on my A Level website and they are organised for OCR A there.
why is current the same everywhere in a series circuit? if there was component that had resistance, the current going into the component and the current coming out of the component would be different as the charge carriers slow down when travelling through the component- the rate of flow of charge would decrease- wouldn't it? please help. also charge is conserved, but why is the sum of current in and out the same- what if there was resistance that slowed charge carriers down, so the rate of flow of charge would decrease
Yes, this is often confusing until you can get the ‘penny to drop’. You need to remember that the circuit is a closed loop. Think of a tube full of water with both tube ends joined together to form the loop. There’s a certain amount of water in the whole loop. If you pinched the tube at any point it wouldn’t change the total amount of water in the whole loop. An electrical circuit is just the same as it has a certain amount of current within it. If you add a resistor (in other words that’s your ‘pinch’) the amount of current before and after the resistor remains the same because the current in that SERIES circuit is the same anywhere in that circuit. Hope this helps 👍🙂
what the moo happened at 1:39
No idea!
It looks like you defied the laws of physics right there...
NeboFilms I
Life saver
I1-I2-I3=0 . how is this a sum?
Raghad Alaseeri i am confusion
Raghad Alaseeri sum just means total
I'm also confused
In the text book it says I1+ -I2+ -l3=0
Everyone who dislikes this is a stamp collector.
what does this phrase mean?
@@rehutai2978 You would reply to this comment even though its 3 years ago? Chances are this person is never going to respond.
@@phase0400 it would be funny if they did
my g thanks
the sum is not equal to 0 that is wrong the sums in and out are equal does not mean that the sum of both is 0 it means that the sum of both is 2 times the sum in and out
Lol A-Level physics and we were sent to watch it in Year 7
This isnt really that bad, this is a base understanding. Tbh this is more Ks3 to Gcse level.
@@phase0400 yh true
I don’t understand a word he said I just copied it for homework
400th like and 25th comment