(Image: Circuit with a Battery and a Resistor)
Here we can see that because of the Battery the potential is increased in the circuit, however, the Resistor is lowering the potential; ie, there is a potential drop across the resistor. The rotation of the turbine represents the value of the resistor. The height of the wall represents the potential.
(Image: Circuit with a Battery and Resistors connected series)
Here we can see that the potential is lowered in two stages, one after another. Current remains same in the series circuit, however the voltage is divided.
(Image: Circuit with a Battery and Resistors connected parallel)
Here we can see that the potential is lowered in a single stage, in parallel. Current is divided in a parallel circuit, however, the voltage remains the same.
(Image: Circuit with a Battery and Resistors connected series)
ReplyDeleteshould be
(Image: Circuit with a Battery and Resistors connected in parallel)
Thanks for the correction!
ReplyDeleteyou are clear my mind actually after reading your article i got clear my complete doubt. thanks for such easy understanding post. I also got some similar at here just for your info i post here link may be useful for future aspect What is a Resistor in electronics?
ReplyDeleteResistors are like traffic cops for electricity, slowing down current so components don't fry. It’s the ultimate control mechanism! When we design layouts at our EMS PCB Manufacturer., balancing these resistors perfectly is key to a stable board. They literally keep the circuit's energy flowing smoothly and safely.
ReplyDelete