Diamond
Okimoto Allen
Elliott
Purcell
Period
1: Project TNT
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General Info Chemical Equation: C7H5N3O6
Þ 6CO + 2.5H2 + 1.5N2 + C + 3305 KJ Trinitrotoluene yields
Carbon monoxide gas, hydrogen gas, nitrogen gas, carbon gas & 3305
kilojoules of energy. http://home.att.net/~numericana/answer/units.htm |
1. What is this chemical reaction used for? ·
TNT (trinitrotoluene) is an explosive used for breaking any huge object into
pieces. ·
This chemical equation is used for finding the amount of energy
released within a specific sized TNT. |
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2. How is the chemical reaction created? ·
The reaction is created by lighting the fuse attached to the
TNT. The heat burns the chemicals within the TNT creating a burst of energy
released creating a large explosion. www.unitar.org/cwm/prtr/pdf/cat5/fexplos.pdf
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3. How is stoichiometry applied to this chemical reaction?
·
Stoichiometry
is applied to this reaction because we need to figure out how much kilojoules
of energy was released in the Hiroshima nuclear bomb.
http://www.giseis.alaska.edu/AEIC/input/lahr/magnitude/energy_calc.html
4. Give a specific stoichiometric problem and solve it for each
reactant and product.
·
The energy equivalent
of the Hiroshima fission bomb was 15,000 tons of TNT.
http://www.giseis.alaska.edu/AEIC/input/lahr/magnitude/energy_calc.html
Calculation for the amount of carbon monoxide
needed.
15000 ton TNT |
2000 Lbs. TNT |
453.59 g TNT |
1Mol. TNT |
6 Mol CO |
28 G CO |
1 mL CO |
= 1.3 x 1010 mL CO |
|
1ton TNT |
1Lbs. TNT |
227 g. TNT |
1 Mol. TNT |
1 Mol CO
|
0.7908 G CO
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Calculation for
the amount of hydrogen needed.
15000 ton TNT |
2000Lbs. TNT |
453.59 g TNT |
1Mol. TNT |
2.5 Mol H2 |
2.0 G H2 |
1 mL H2 |
= 4.3 x 109
mL H2 |
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1ton TNT |
1Lbs. TNT |
227 g. TNT |
1 Mol. TNT |
1 Mol H2
|
0.07 G H2
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Calculation for the amount of nitrogen needed.
15000 ton TNT |
2000Lbs. TNT |
453.9g TNT |
1Mol. TNT |
1.5 Mol N2 |
28.0 G N2 |
1 mL N2 |
= 2.0 x 109mL N2 |
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1ton TNT |
1Lbs. TNT |
227 g. TNT |
1 Mol. TNT |
1 Mol N2
|
1.251 G N2
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Calculation for
the amount of carbon gas needed.
15000 ton TNT |
2000Lbs. TNT |
453.59g TNT |
1Mol. TNT |
1 Mol C |
12.0 G C |
1 mL C |
= 3.2 x 108mL C |
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1ton TNT |
1Lbs. TNT |
227 g. TNT |
1 Mol. TNT |
1 Mol C
|
2.27 G C
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Calculation of
KJ needed.
15000 ton TNT |
2000Lbs. TNT |
453.59g TNT |
1Mol. TNT |
3305 KJ |
= 4.9 x 107 KJ |
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1ton TNT |
1Lbs. TNT |
227 g. TNT |
1 Mol. TNT |
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http://www.giseis.alaska.edu/AEIC/input/lahr/magnitude/energy_calc.html
5. Are any of your reactants normally the excess or limiting reactant? Explain why. · No because we have only one reactant. |
6. How much will the main chemical reaction above cost to produce?
Cost for the amount of TNT for the above reaction:
227 g TNT |
15
dollars |
= 17.03 Dollars |
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200 g TNT |
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http://www.sailnet.com/collections/news/index.cfm?newsid=sailne0918
7. Are their any side reactions or dangers from the original
chemical reaction that must be compensated for? If yes, how is it done?
·
After TNT
has been started in its reaction cycle, it results in a huge explosion
destroying and killing everything that comes within about 500 km or more.
http://www.nmia.com/~jwreed/text3.htm
8. Bibliography
http://en.wikipedia.org/wiki/High_explosive
http://www.giseis.alaska.edu/AEIC/input/lahr/magnitude/energy_calc.html
http://home.att.net/~numericana/answer/units.htm
http://www.geocities.com/thesciencefiles/nuclear/bomb.html
http://www.sailnet.com/collections/news/index.cfm?newsid=sailne0918
http://www-formal.stanford.edu/jmc/progress/hydrogen.html
www.unitar.org/cwm/prtr/pdf/cat5/fexplos.pdf