Adopt-an-Element

Adopt-an-Element
Your Assignment:
•
Complete the Information Worksheet (60% of grade). The information sheet
must be neat, written in black ink, and contain all information requested. You
must also provide a list of your sources on the back of your information sheet.
A minimum of three (3) sources are required.
•
Create an advertisement for your element (40% of your grade). Use and 8½ x 11
sheet of paper for your advertisement. The advertisement must include the
element’s name, symbol, atomic number, atomic mass, cost, and an advertising
slogan that describes one or more of its important uses. Advertisements must be
neat, colorful, and contain all the information listed above. You may add pictures
that relate to your advertisement theme.
Example:
33
74.9
As
Arsenic
Arsenic’s a sure fire way
to deal with a nasty rat.
It works better than
a mean old cat!
Cost - $3.20 for 1 gram
John Smith
Atomic Mass
Atomic Number
Symbol & Name
Slogan
Cost
Your Name
Your ad must follow the same format as this example!
Name _____________________________________________________________ Score ________
Adopt-an-Element
Fact Sheet
Name of your element: _____________________________________________
Symbol
Atomic Number
Atomic Mass
________
_______________
_____________
# of Protons
# of Neutrons
# of Electrons
____________
______________
______________
Melting Point
Boiling Point
______________oC
______________oC
Origin of name ___________________________________________________________________
Discovered by ____________________________________________________________________
Interesting Information (may include important uses, interesting facts, common
compounds, etc.)
1.
2.
3.
4.
5.
Cost: $
Chemistry : Periodic Table : carbon : key information
Chemistry: WebElements Periodic Table: Professional Edition: Carbon: key information
Koolstof
carbone
Kohlenstoff
carbonio
Carbono
carbono
Kol
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Reactions of carbon
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C
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●
Naturally occurring
isotopes
●
Radioisotopes
●
●
elemental properties
Bulk properties (density,
resistivity, etc.)
●
Name: carbon
Symbol: C
Atomic number: 6
Atomic weight: 12.0107
(8) g r
CAS Registry ID: 744044-0
●
●
●
●
Group number: 14
Group name: (none)
Period number: 2
Block: p-block
Thermal properties
(melting point, etc.)
Thermodynamic
properties
Crystal structure
electronic properties
Electronic configuration
Ionization energies
Electron affinities
Electronegativities
Effective nuclear charges
Electron binding energies
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compounds
Select formula from
below:
Fluorides
CF4
Description
Here is a brief description of carbon.
●
●
●
●
Standard state: solid at 298 K
Colour: graphite is black, diamond is colourless
Classification: Non-metallic
Availability:
carbon is available in several forms including
amorphous, powder, graphite rods, diamond, "bucky
tubes", foil, sheet, and wire. Small and large samples
of carbon foil, sheet, and wire can be purchased from
http://www.webelements.com/webelements/elements/text/C/key.html (1 of 4)10/8/2007 5:13:43 PM
C60F60
Chlorides
CCl4
Bromides
CBr4
Iodides
CI4
Hydrides
none listed
Oxides
Chemistry : Periodic Table : carbon : key information
Chemistry Bookstore
(USA)
Advent Research Materials via their web catalogue.
CO
CO2
Chemistry Bookshop (UK)
C3O2
Medical Bookshop (UK)
Sulfides
Medical Bookstore (USA)
Physics Bookshop (UK)
CS2
Biology Bookshop (UK)
Selenides
Law, Business, and
Finance Bookshop (UK)
CSe2
Tellurides
none listed
Nitrides
none listed
This sample is from The Elements Collection, an attractive
and safely packaged collection of the 92 naturally occurring
elements that is available for sale.
Carbon is a Group 14 element. Carbon is distributed very
widely in nature. It is found in abundance in the sun, stars,
comets, and atmospheres of most planets. The atmosphere
of Mars contains 96 % CO2.
Carbon is found free in nature in three allotropic forms:
amorphous, graphite, and diamond (further details).
Graphite is one of the softest known materials while
diamond is one of the hardest. Carbon, as microscopic
diamonds, is found in some meteorites. Natural diamonds
are found in ancient volcanic "pipes" such as found in South
Africa. Diamonds are also recovered from the ocean floor
off the Cape of Good Hope.
WebElements
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A diamond ring.
More recently, another form of carbon,
buckminsterfullerene, C60, has been discovered. This new
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Chemistry : Periodic Table : carbon : key information
form of carbon is the subject of great interest in research
laboratories today.
Carbon is present as carbon dioxide in the atmosphere and
dissolved in all natural waters. It is a component of rocks
as carbonates of calcium (limestone), magnesium, and
iron. Coal, petroleum, and natural gas are chiefly
hydrocarbons. Carbon is unique among the elements in the
vast number of variety of compounds it can form. Organic
chemistry, a 1/112th subset of inorganic chemistry, is the
study of carbon and its compounds. While silicon might
take the place of carbon in forming a host of related
compounds, it is not possible currently to form stable
compounds with very long chains of silicon atoms.
In 1961 the International Union of Pure and Applied
Chemistry (IUPAC) adopted the isotope 12C as the basis for
atomic weights. Carbon-14, 14C, an isotope with a half-life
of 5730 years, is used to date such materials as wood,
archeological specimens, etc. Carbon-13, 13C, is
particularly useful for isotopic labelling studies since it is
not radioactive, but is a spin I = 1/2 nucleus and therefore
a good NMR nucleus.
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Nearing Zero cartoon included by kind permission of Nick
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Chemistry : Periodic Table : carbon : key information
Kim.
Isolation
Here is a brief summary of the isolation of carbon.
Carbon is available in nature as graphite and (to a much
lesser extent!) as diamond. Artificial graphite is made by
the reaction of coke with silica (SiO2).
SiO2 + 3C (2500°C) → "SiC" → Si (g) + C(graphite)
Artificial diamonds are made by the application of heat and
pressure (> 125 kBar) in the presence of a catalyst such as
iron, chromium or platinum. It seems that the metal melts
on the carbon surface, the graphite dissolves in the metal
film, and the less soluble diamond precipitates out. The
introduction of nitrogen as an impurity gives yellowish
diamonds while boron impurities give bluish colours.
A new form of carbon, buckminsterfullerene with formula
C60 is formed in the treatment of graphite by lasers and is
now commercially available in small quantities.
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Copyright 1993-2007 Mark Winter [The University of Sheffield and WebElements Ltd, UK]. All rights reserved.
Document served: Tuesday 9th October, 2007
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Chemical Elements.com - Carbon (C)
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Basic Information
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Atomic Number
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Number of Neutrons
Melting Point
Boiling Point
Date of Discovery
Crystal Structure
Element Groups:
Alkali Metals
Alkaline Earth Metals
Transition Metals
Other Metals
Metalloids
Non-Metals
Halogens
Noble Gases
Rare Earth Elements
Name: Carbon
Symbol: C
Atomic Number: 6
Atomic Mass: 12.0107 amu
Melting Point: 3500.0 °C (3773.15 K, 6332.0 °F)
Boiling Point: 4827.0 °C (5100.15 K, 8720.6 °F)
Number of Protons/Electrons: 6
Number of Neutrons: 6
Classification: Non-metal
Crystal Structure: Hexagonal
Density @ 293 K: 2.62 g/cm3
Color: May be black
Atomic Structure
Number of Energy
Levels: 2
First Energy
Level:2
Second
Energy
Level:4
Isotopes
http://www.chemicalelements.com/elements/c.html (1 of 3)10/8/2007 5:17:25 PM
Chemical Elements.com - Carbon (C)
Isotope
Half
Life
C-11
20.3
minutes
C-12
Stable
C-13
Stable
C-14
5730.0
years
C-15
2.5
seconds
Facts
Date of Discovery: Known to the ancients
Discoverer: Unknown
Name Origin: From the Latin carbo (coal)
Uses: steel, filters
Obtained From: burning with insufficient oxygen
Related Links
Note: The external links below are not a part of this site
and their content is not the responsibility of this site
1. Radiocarbon Web-info
Information about carbon-14 dating
2. Chemical Of The Week -- Buckyballs
From the University of Wisconsin-Madison
3. The Chemistry of Carbon
From New York University
If you know of any other links for Carbon, please let me
know
MLA Format for Citing This Page
Bentor, Yinon. Chemical Element.com - Carbon. Oct. 8,
http://www.chemicalelements.com/elements/c.html (2 of 3)10/8/2007 5:17:25 PM
Element Prices (estimated)
Aluminum - $1.11 per pound
Arsenic - $.33 per pound
Calcium - $2.00 per pound
Carbon - $1.00 per ton
Chlorine - $240.00 per ton
Copper - $3.77 per pound
Gold - $738.60 an ounce
Helium - $2.34 per cubic meter
Hydrogen - $15.00 per 100 cubic feet
Iron - $12.00 a pound
Lead - $1.66 per pound
Mercury - $3,655.00 a pound
Neon - $4.20 a liter
Nickel - $13.64 a pound
Nitrogen - $4.67 per 1246 cubic foot
Oxygen - $28.00 a quart
Platinum - $365.00 per ounce
Silver – $13.36 an ounce
Sulfur - $130.00 a ton
Titanium - $123.00 a pound
Uranium - $213.00 a pound
Zinc - $1.38 a pound