One thing I was certainly questioning in my Grade X, was that why voltage varies in Series and remains same in Parallel, whereas Current varies in parallel and remains same in series.
I couldn’t find an easy answer though, and left the question a mystery.
But a small realisation, I witnessed, was that our school taps are connected in Parallel and not in Series. This is true because:
Be the current of electricity or of water, concepts like voltage and current have same application in both the cases.
What I observed was that, as I turn the first tap on , the pressure and speed and amount of water coming out of the second tap decreases. This was at the water/hydration point.
In the bathrooms, The pressure and speed and amount of water coming out of the first bathing tap was quite large as compared to the taps in other bathrooms.
This is because, like I said earlier Current varies in parallel.
Another thing I can connect to this Dot is when my teacher explained, why appliances are connected in parallel and not in series. This is because, apparently each device need specific amount of voltage to turn on and work. This is possible only when your voltage is not distributing via connections made in series.
A major credit goes to my friend, who jokingly hinted me at this idea. He doesn’t even know his observations skills are yielding this much here 