Suggestion for next time: plane wings and how their shape gets these huge vehicules off the ground. So let's start with something we can all do at home: Blow on the back of your hand with your lips puckered like for a kiss. Next, blow on it again but with your mouth wide open. You'll notice that, when you blow with your lips puckered, the air you blow is faster and colder, whereas the air when your mouth is open is slower and hotter. Most of you may know that there is a relationship between temperature, speed and pressure: they're very good friend (wait, wrong type of relationship) when the pressure is higher, the temperature rises and the subjects are slower, and when there is less pressure, the temperature drops and the subjects are faster. This is why we say that the weather is heavy when it's hot outside (that and the heat tires you outside which makes your body feels heavier, but let's stay on topic). So let's imagine that the subject is air, here. Imagine that in the air, there are a bunch of small marbles (more commonly refered to as atoms and molecules but whatevs) that go in every direction imaginable and bumps on things around them. And when we count how many of these marbles hit a certain given surface, that's what gives pressure, and that's why higher speed means lower pressure: because the marbles have less time to hit the given surface. This is true of almost all fluids (and by fluids I mean anything that's liquid or gas), but a notable and interesting exception is water. But water isn't what we're talking about so let's move on. So if you look at a plane from the side right at their wing, you'll notice they have a fairly stange shape, like a sideways drop with the thin side slightly lower or at the same high as the bottom of the larger side. That design wasn't chosen randomly: it makes it so that the air over the wing travels more ground than under, but with the same time. More distance with same time means higher speed, and if you've read what i wrote previously you know it means lower pressure. And from there it's entirely mecanical, if you have higher pressure from under than over, you're pushing harder from under than over, and the plane lifts. Of course, you need to have enough of that pressure difference to "fight off" gravity and lift the plane up in the air. And just in case you're still a bit skeptical, here's a cheap and fun experience you can do at home: take a sheet of paper, hold 2 corners with your fingers and blow under it. It's not rocket science, the paper lifts from your breath lifting it. However, now blow on it from over and the paper also lifts. It's the same principle: higher speed means less pressure means the paper lifts. You can do a similar experiment with 2 sheets of paper: Hold them side by side with a small gap between them and blow into the gap. The papers will stick together. Now we only need the cute teacher to explain all of those physics properties to the GATE gang.
Alright now that we have explained solid fuel rocketry it's time to drop the arithmetic required to perform in the Celestial dance of space travel lmao. Man space is just cool.
Gate Reacts to the American Civil War, or The Declaration of Independance from the show "John Adams", or Ronald Regan's Peace through Strength speech or Huey Long's Share the Wealth Speach.
Yep… top priority….. 100%. Nobody left behind…. Oh god their families are gonna be so mad when I tell them I turned Jeb into a planet with bob as a moon
I suggest you to focus a bit more on the characters asking questions, thoughts on what you're saying and talking to each other related to what you taught them
