Operation: Dun Dun… DUN DUN!!!

“Great minds think alike.”  ( ͡° ͜ʖ ͡°)

Ayyye. It’s been a while since the last time I posted a video. It’s so hard to edit on laptop, since I’m only used on my desktop PC, and nope, it’s not fix yet, and I don’t think it will be, sooo… Yeah. *still feels dead inside*

anonymous asked:

Hola ur blog is so cool and I think it's really cool you like to help people. I'm a bit confused on what power is in a circuit and it's relationship to current, resistance, and voltage... can you help explain? Tysm!!

The Hydraulic Analogy

There are a couple of times especially in engineering where it is easier to think of DC electric circuits in terms of hydraulic circuits and vice versa. And I think in this case it might help you as well.

Current: The amount of water flowing through a section of a pipe over time

Voltage: The difference in pressure between two points in the water circuit.

Resistance: Narrow constrictions offer high resistance and every pipe like every other wire offers resistance to the flow of water.

Power: It is the rate at which the energy stored in the water is used to drive a mechanical device like a water wheel.

Think of it like this: How fast the wheel is going to spin is dependent on the amount of water hitting it (current) and how much pushing this quantity of water does (voltage). 

(pressure = force applied / area)

Hope this helps and I am glad that you are finding the blog to be useful. Cheers!

* More about the water analogy for electric circuits

** Where does this analogy fail ? (Very important to know)