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CARBON. A Buckyball (Buckminster Fullerene = Footballene) is a spherical arrangemtn of 60(sixty) carbon atoms.
This arrangment forms pentagons and hexagons all integrated together , into the shape of an Association(Soccer) Football. Hence the name.
What else can I help you with?
Are bucky balls an element compound or mixture?
Buckyballs, also known as buckminsterfullerenes, are a type of carbon allotrope consisting of carbon atoms arranged in a soccer ball-like structure. Therefore, buckyballs are a type of compound, not an element or mixture.
What is the element found in buckyballs?
Carbon. Buckyballs, or to give it a more correct name is Buckminster Fullerene ( Footballene). It is an arrangement of at least 60(sixty) carbon atoms. These carbon atoms are integrated as pentagons and hexagons, to form a sphere. NB A modern (Black and White)Associattion Football has panels in this arrangement. Hence the name 'Footballene') .
How many Buckyballs are in a kilogram?
Buckyballs can be in a range of molar/molecular masses, so the number of them in one kilogram can be very different.
Should you get buckyballs or neocube?
get neocube ! bucky balls are junks . if u used it for few months , it will dirt your hands check out youtube.com and search : Buckyballs are JUNK and Zen magnets vs buckyballs comparation. ok?
Does hallmark sell buckyballs?
Yes!
Who discovered buckyballs and nanotubes?
your grandma
What stores sell buckyballs?
hallmark does :)
Where do you find buckyballs at Walmart?
On line
Do buckyballs damage computers?
yes.
Where do they sell the cheapest buckyballs?
Aliexpress.com
How can I make buckyballs?
To make buckyballs, you can start by using a process called arc discharge to produce carbon molecules. These molecules can then be arranged into the shape of buckyballs, which are also known as fullerenes. This process requires specialized equipment and knowledge of chemistry.
What are the three forms of the element carbon?
The three forms of the element carbon are diamond, graphite, and fullerenes (such as buckyballs and nanotubes). Each form has distinct properties and structures due to different arrangements of carbon atoms.
