Chem Project!
Texto do Storyboard
- Season 1, Episode 1 of "Friends in Space"...
- Hello, and nice to meet you! My name is J.J and I am a botanist! I hear from yonder you are here to visit our spacecraft!
- Hi! My name is Lila and I have been sent from Lord Rao to investigate this foreign craft and learn more about what is in side, so we can save our people back on planet Earth!
- Three years ago, my four friends and I embarked into space, as civilization on planet Earth was dying, so we could bring back a cure, and this is our last year in aboard the ship!
- We think we have found the solution to save the people on planet earth, but first let me introduce you to everyone on board and what they are each doing to help so you can report back to Lord Rao.
- Meet Ernie!
- Nice to meet you! I am a Physicist who loves to study how matter and energy work all around us!
- Meanwhile... Back on Earth, Lord Rao and the members of the Earth Tribe (the only surviving people from the mass extinction that happened 3 years ago) anxiously wait for Sargent Lila's return.
- What questions has Lord Rao prepared for you today, Lila! My team and I are ready to tell your people anything, so as to save the last of the human race.
- Let us move to the kitchen to talk, and grab a bite!
- Well, as a Physicist, what have you observed while on this ship?
- The first thing I did to observe why our planet deteriorated was to observe the small particles that it was made up of. I went into our library to read up on some of my old professors' work, where they talked about these particles, and how they came to find out about them. (My professors lived for a very long time). Come, follow me.
- My first Greek professor, named Democritus, (good name, I know *chuckles*) discovered that everything around us, including earth and space, was made up of tiny particles that could not be farther destroyed!
- Hundreds of years later, my second Professor named JJ. Thompson figured out that this tiny particle actually had a smaller negative charge inside of it! He figured this out by performing an experiment which forced a strong electric current to pass through a stream of particles. He discovered this negative charge by observing how some particles were deflected when all the other ones passed through the current!
- Of Course! Well, Soon after J.J's experiment, another one of Ernie's professors named Rutherford figured out that this particle has a positive and neutral charge as well. These smaller pieces to the particle were the same size as each other, while the negative piece was a lot smaller. Rutherford passed positively charged ions through a energy source which was directed to a gold sheet of paper. He then proclaimed that this mysterious particles mostly empty space, and that there were positive charges in the particle as well.
- Wow! I am sure Lord Rao will be fascinated when I use my telepathy equipment to communicate with him back on planet Earth!
- Any day Sargent Lila! Now, Let me take you to my friend Lisa, who is the pilot of our craft!
- But first, do you want something to eat from our amazing kitchen!
- I am ok, thank you though! We do not have these amazing kitchens back on what is left on planet Earth!
- Wow! These are super cool rooms! My tribe back on Earth will love these! Would you mind telling me more about the mysterious particle Ernie was telling me about earlier that Lord Rao so wants to know about!
- Hello Sargent! My name is Lisa. Welcome to the team's favorite room- our bedrooms! We sleep on bunkbeds- sleep is more fun that way!
- Of course. Well, 20 years later, the last of Ernie's professors, named James Chadwick, confirmed this neutral part! Now, I will explain to you the importance of each part of the particle. Let me take you to our dear friend Neil in the kitchen, although I already know you were just there!
- That makes sense! However, may you tell me more about this neutral part of the particle?
- Arg! My crew mates eat oh so much! Anyway, the positive part of the particle attracts the negative part and keeps it orbiting around the middle of the atom. The negative part is responsible for attracting to the negative part of other particles to create bonds or reactions. The neutral part of the particle can work together with the positive part to tell us how much a particle weighs on a very small level.
- Furthermore, all of this history of the particle eventually led to my ancestors figuring out that the energy needed to move one of these particles from one energy level to another required a big leap of energy. This led a man named Schrodinger to make an equation to relate the negative charge in the particle to move amongst these energy leaps. There is much more I can go on about this topic but I will move on!
- Any day, Sargent. However, there is more to understand about how our planet and everything around us works, for example how different substances interact with each other, and the different ways in which they bond to each other.
- Thank you so much for this Chef Neil. I just know the Lord and everyone at home will be so happy that I am understanding more about what our planet is made up of, on a much smaller scale.
- Well, one type of these bonds, called ionic bonding, occurs when two oppositely charged combination particles transfer their outer negatively charged parts of their particle.
- like what?
- Another type of bonding is called covalent bonding where similar larger particles actually share their negative charged parts.
- Finally, metallic bonding, which I know is the Lord's most inquired about topic, is the bond that arises from the valence electrons and positively charged ions in a metallic particle (hence the name *chuckles*) which holds the larger particle together through structures that can be best described as "hard latters"
- Well you see, this is called the Periodic table. How is it organized you may ask? Well, elements are arranged in terms of increasing atomic mass from left to right, top to bottom. The table is also designed show the pattern of atomic radius. Think of it as one big crossword puzzle, with patterns and codes hidden to help you identify certain things. As you go down the table you will also find more electron orbitals.
- Neil, thank you! Would you mind showing me where the restroom is?
- Of course, follow me.
- Lord Rao will love this new information! I shall call him and the tribe back at home immediately.
- Lila! Come meet my friend Marie!
- Hi Lila! I am Marie, and my job as an influencer trained in tech is to monitor the controls of the space ship and make sure everything is running smoothly so welcome to the control deck!
- Thank you for having me! I just got in contact with Lord Rao, and he said I need to bring back information about some table of elements to save our people? Then my mission will come to a close.
- Hello! I am JJ! I recognize you so much Lila! In fact, I was best friends with your mother in high school before the tragedy happened. She would be so proud.
- Lord Rao will also most likely want you to know that covalent networks are just covalent substances held together by a covalent bond (hence the name *chuckles*). Now let me show the greenhouse, the craft's best feature.
- I will! He anticipates in a few years we shall all be living on earth together again. Like the good old times.
- Right down these steps. By the way, Lila, tell Lord Rao I miss him!
- Here it is! in this greenhouse Neil gets all of his ingredients to cook, and JJ. gardens frequently. There she is!
- Oh no, I am getting a buzz I must be on my way. So nice meeting you.
- Bye Lila, glad we could help!!
- Back in main room as Lila is saying goodbye.
- Thank you everyone so much for having me. This experience was invaluable, and it all of the knowledge you shared will help save the planet. Bye now!I must be on my way.
- THE END!
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