TGC - Foundations Of Organic Chemistry

Torrent Hash:
775F48C16AF80065B314DC68AEDAEF3EE917F148
Number of Files:
39
Content Size:
7.06GB
Convert On:
2019-07-16
Keywords:
TGCFoundationsOfOrganicChemistry
Magnet Link:
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File Name
Size
01.Why Carbon.mp4
200.72MB
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02.Structure of the Atom and Chemical Bonding.mp4
201.16MB
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03.Drawing Chemical Structures.mp4
200.62MB
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04.Drawing Chemical Reactions.mp4
200.51MB
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05.Acid-Base Chemistry.mp4
201.21MB
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06.Stereochemistry-Molecular Handedness.mp4
200.63MB
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07.Alkanes-The Simplest Hydrocarbons.mp4
200.76MB
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08.Cyclic Alkanes.mp4
200.65MB
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09.Alkenes and Alkynes.mp4
201.19MB
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10.Alkyl Halides.mp4
200.83MB
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11.Substitution Reactions.mp4
200.79MB
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12.Elimination Reactions.mp4
201.2MB
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13.Addition Reactions.mp4
201.05MB
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14.Alcohols and Ethers.mp4
200.66MB
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15.Aldehydes and Ketones.mp4
201.38MB
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16.Organic Acids and Esters.mp4
201.1MB
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17.Amines, Imines, and Nitriles.mp4
201.15MB
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18.Nitrates, Amino Acids, and Amides.mp4
200.71MB
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19.Conjugation and the Diels-Alder Reaction.mp4
201.13MB
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20.Benzene and Aromatic Compounds.mp4
200.68MB
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21.Modifying Benzene-Aromatic Substitution.mp4
200.74MB
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22.Sugars and Carbohydrates.mp4
201.15MB
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23.DNA and Nucleic Acids.mp4
200.73MB
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24.Amino Acids, Peptides, and Proteins.mp4
201.43MB
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25.Metals in Organic Chemistry.mp4
201.42MB
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26.Synthetic Polymers.mp4
200.72MB
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27.UV-Visible Spectroscopy.mp4
201.03MB
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28.Infrared Spectroscopy.mp4
200.69MB
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29.Measuring Handedness with Polarimetry.mp4
200.83MB
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30.Nuclear Magnetic Resonance.mp4
201.05MB
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31.Advanced Spectroscopic Techniques.mp4
200.3MB
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32.Purifying by Recrystallization.mp4
200.81MB
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33.Purifying by Distillation.mp4
200.45MB
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34.Purifying by Extraction.mp4
200.68MB
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35.Purifying by Chromatography.mp4
200.83MB
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36.The Future of Organic Chemistry.mp4
200.67MB
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cover.jpg
42.77KB
Foundations of Organic Chemistry (Guidebook).pdf
1.71MB
Torrent downloaded from Demonoid.ooo.txt
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