yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

CapitolTV's DISTRICT VOICES - District 5: Electric Sparks From Falling Water


2m read
·Nov 10, 2024

[Music] This is Capital TV. Greetings, citizens!

Welcome to the Corilanus 99 Solar Thermal Power Plant in the heart of District 5. This facility generates over 7% of our proud capital's energy needs. But did you know that you can generate electricity from mere drops of water?

I'm going to show you an experiment that does just that. As we turn on the water, it falls through these rings and onto this mesh below. But look here! After a moment, there it is! It generates a spark of roughly 20,000 volts of electricity, and there is no power source here—no turbine, as in traditional hydro generation. In fact, there are no moving parts at all. We are creating electricity using only the intrinsic properties of falling water.

So how does it work? Well, water contains charged particles called ions. It has equal numbers of positive and negative ions, so overall, it's neutral. However, as the water falls, there will sometimes be a slight charge imbalance, with a little bit more negative charge over here and a bit more positive charge there. Under ordinary circumstances, these variations would even out over time, but not in this case.

Here's the ingenious part: the mesh on the left is connected to the ring on the right. So if this mesh becomes negatively charged, then so does this ring. And now that ring will attract the positively charged ions in the falling water. So the mesh on the right will now be more positively charged, meaning so is this ring.

So what we have is a clear separation of charge. There's a positively charged stream on the right and a negatively charged stream on the left. The more the charge builds up on the meshes, the faster that charge increases. Finally, when we have reached our designed operating voltage of 20,000 volts, electrons jump from the negative rings to the positive ones through this spark gap, ionizing the air as they do so.

We have created an electric generator with little more than a stream of water droplets. No field of mirrors or enormous coal burning plant is required. In fact, with access to the right materials, you could even build this apparatus at home.

Thank you for your attention! We citizens of District 5 expand our knowledge to better serve our great nation. Love your labor, take pride in your task. Our future is in your hands! And don't forget to register for updates from Capital TV—it's mandatory.

More Articles

View All
Examples identifying multiples
In this video, we’re going to start thinking about what it means for something to be a multiple of a number. So we’re asked which of the following numbers is a multiple of 9. So pause this video and see if you can figure that out. All right, now let’s do…
15 Signs Of True Success
Plenty of people pretend to be successful for social clout. Pretending to be successful has become a sort of international sport. But there are some signs that you can tell if someone is actually successful or not. In this video, we’re going over 15 signs…
Dr. David Anderson on supporting children's mental health during a crisis | Homeroom with Sal
From Khan Academy: Welcome to the Daily Homeroom live stream! For those of y’all that this is your first time, this is really just a way for us to stay connected during school closures. Obviously, Khan Academy has many resources for students, teachers, a…
Simple Aspect | The parts of speech | Grammar | Khan Academy
Hello gramians. Now previously, we had spoken about just the basic idea of verb aspect, which is kind of like tenses for tenses. I know that’s a little “wheels within wheels,” ridiculous, um, but we’ll make sense of it. What aspect allows you to do is si…
Explosive Bat in Slow Motion Ft. Stuff Made Here - Smarter Every Day 245
I feel like we don’t know each other well enough to be doing this right now. This is how you get to know each other. (laughs) I’m ready. All right, three, two, one. (bat fires) What up? I’m Destin, this video is amazing. This baseball says world’s lon…
Identifying proportional relationships from graphs | 7th grade | Khan Academy
We are asked how many proportional relationships are shown in the coordinate plane below, and we have the choices. But let’s actually look at the coordinate plane below to think about how many proportional relationships are depicted here. So pause this vi…