4thQ MINI PT no.2 IN SCI
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- Molecool'sNO. 1 COLOGNE Molecool'sNO. 1 COLOGNE Molecool'sNO. 1 COLOGNE
- Look at the new student. What a weird nerd. *Chuckles*
- Isn’t he the smartest in the school? I heard he’s very obsessed with chemistry.
- According to the depth of my stock knowledge, this ball can be referred to Graham's Law of Effusion once I put a hole in it using my pencil because this law states that gas molecules passing through a tiny hole from an object under pressure, is called Effusion. This is because the inside of a ball contains a high amount of pressure. Since there is a high pressure and a hole in the ball, the air inside the ball will try to escape as fast and as much as it can. That is the essence of Graham's Law of Effusion! These are also the reason why rubber balls can bounce too much (higher pressure=higher bounce).
- WHA-!? How did he manage to talk about science A LOT by just simply looking at a ball!?
- He is truly a genius! Back in 10th Grade, I never understood that "Grahams Law of.. whatever". But for him, it looks like a basic knowledge!
- Uhh... excuse me, if you don't mind, I can explain to you the Graham Law in the most simplest and comprehensive way possible since you mentioned that you didn't understand it very well back then.
- And actually, anything can be explained through science, just like what I did to this ball, except of course for phenomena.
- Sure bro! That'll be very nice.
- Yeah yeah, the Effusion thingy? Yes, we understood.
- Wow! It totally makes sense now.
- Well then, we only have Graham's Law of Diffusion left to discuss. Let me use this cologne as an example. The Law states that diffusion is the act of molecules moving from regions with high concentration to lower concentration. Basically, when I spray this cologne, it will eventually come towards you because the particles of this scent diffuse, spread, and mix with other particles as far and as much as it can after being sprayed. Therefore, at a small distance, you will smell the scent from a diffuser depending on how far you are to it and how strong the scent is.
- You already understood my explanation earlier about Graham's Law of Effusion, right?
- EXACTLY! Both of you managed to learn the concept of Graham's Law just by using real-life scenarios!
- And, when you are inflating a balloon and you let it go midway, the air leaving the balloon is an example of Effusion?
- So that also means that when a fire breaks out, the smoke that slowly fills in the room is an example of Diffusion?
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