thank you, but at 13:15, when you talk about a lightbulb needing to "split" the voltage, do you mean split the current or the voltage? because I thought voltage difference is the same with all of the resistors. thanks
In series, the voltage drops for each resistor in the circuit. Only in parallel circuits does the current split between each branch. Voltage difference between each branch is equivalent only in a parallel circuit because voltage is the same for all branches. Current is only equivalent among all resistors in a series circuit. I hope this helps!
Your videos are seriously great man, thanks so much!
Thanks for this great review! I just thought it was funny that the background static sounded like we were on a windy mountain top.
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Thanks for the great review.
Great video!
thank you, but at 13:15, when you talk about a lightbulb needing to "split" the voltage, do you mean split the current or the voltage? because I thought voltage difference is the same with all of the resistors. thanks
In series, the voltage drops for each resistor in the circuit. Only in parallel circuits does the current split between each branch. Voltage difference between each branch is equivalent only in a parallel circuit because voltage is the same for all branches. Current is only equivalent among all resistors in a series circuit. I hope this helps!
Thanks!
thank you
thanks
🙌