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The Warner High School freshmen class will give their opinion of topics covered in class.
Chemistry of Earth
15 comments:
I learned how to make a nono tube that looks funny. and what a grahpite molecule looks like and. made alletropes of carbon
i learned how to make graphites and nanotubes. i also learned about lubricants.
Well today in this AMMMMMMMMAAAAAzing lab i leaned how to make a model of a nanotube and some pretty SWEEEET graphite! it was pretty much SWEEET! a nother amazing lab Miss Hix!! Thank You Hix for this GREAT LAB!!!!
We learned how to make a nanotube..and also how to make a model of graphite. It was pretty fun..
I learned quite a bit and i learned how to make a nanotube and it was a pretty sweet one. Then we learned on what a grafite molecule is and what that looks like too. Then i learned about lubercants and how they help that.
We learned how to make a model of grahpite. That was fun to make. Then we had to make a nanotube with lots of hexagons. That was pretty fun even though I'm not the greatest at drawing hexagons.
I learned what a nanotube and graphite looks like. Nanotubes look like a tube and graphite looks like a hexagon in three-dimensinal. I also learned about how all allotropes of carbon look like.
I learned that graphite isnt very strong, and it takes a lot of tape to make a nano tube.
I learned how to make a nanotube, nd the graphite model we mad eif you flipped it on its side it would look like a Ferris Wheel
I learned the difference between nano tubes and graphite. Nano tubes look like tubes with litte tiny hexagons all over them. Graphite is two big hexagons stuck together.
I learned what and how the strucures of both the nanotube and graphite look like and also how graphite is a lubricant.
I learned how graghite and diamonds are so different in the way they are made. I some what figured out what a nanotube looks like and nots so much and what graghite looks like.
I learned that nano tubes consists of many hexagons connecting together by atoms. ANd i also learned that graphite consists of 2 hexagons connecting by a stick thing. And i finally learned that nano tubes are more complex than graphite.
That it is a team effort :) and that nanotupes are hexagons in a tubish form. Also, the graphite is set up really cool. It is a hexagon connected with 4 atoms on each corner and then it connects to another hexagon. Sweet stuff, and paper and clay do not stick together very well!
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