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Chemical Reactions

Chemical Reactions

Chemical Reactions. Overview. Reactions in organic chemistry, review Problems in reaction chemistry Chemoinformatics methods Applications of reaction chemoinformatics to reaction chemistry problems Review questions. Overview. Reactions in organic chemistry, review

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793 views • 79 slides
Overview of Process Safety, Green Engineering, and Inherently Safe r Design

Overview of Process Safety, Green Engineering, and Inherently Safe r Design

Overview of Process Safety, Green Engineering, and Inherently Safe r Design. Harry J. Toups LSU Department of Chemical Engineering with significant material from SACHE 2003 Workshop presentation entitled: Inherently Safer Design , by Dennis Hendershot Rohm and Haas Company. Behavior. Systems.

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937 views • 64 slides
Reaction Powered Car

Reaction Powered Car

Reaction Powered Car. Kenneth Huang. Hien Nguyen. Michael Phan. Reaction Chemistry . Vinegar + Baking Soda CH3COOH +H2O+ NaHCO3? 2H2O +CO2(g)+NaCH3COO 2) Hydrochloric Acid + Calcium Carbonate 2HCl+CaCO3 ? CaCl2 + H2O + CO2 (g) 3) Hydrochloric Acid + Baking Soda

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281 views • 10 slides
Reaction Car Project

Reaction Car Project

Reaction Car Project. Neal Ellyson, Diana Vasquez, Ryan Zboralski CBE101 December 8,2009. Group Picture. Reaction Chemistry. 180mL Vin . 5mL AA . 1.05g AA = 9.45g AA . mol AA = 0.1575mol AA . 1mol CO 2 100mL AA cm 3 AA 60g 1mol AA

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207 views • 8 slides
Baking Soda and Vinegar Powered Car

Baking Soda and Vinegar Powered Car

Baking Soda and Vinegar Powered Car. Stephanie Barnes, Alex Andre, TJ Pearson. The Team. Reaction Chemistry. We used 7g of Baking Soda and 100mL of Vinegar to theoretically produce 2.86 atmospheres of pressure in the 700mL Propel bottle. Car Design. Results. Results. Conclusion.

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647 views • 8 slides
Baking Soda and Vinegar Powered Car

Baking Soda and Vinegar Powered Car

Baking Soda and Vinegar Powered Car. Stephanie Barnes, Alex Andre, TJ Pearson. The Team. Reaction Chemistry. We used 7g of Baking Soda and 100mL of Vinegar to theoretically produce 2.86 atmospheres of pressure in the 700mL Propel bottle. Car Design. Results. Results. Conclusion.

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573 views • 8 slides
Alex Cabrera Spencer Allen Ryan Miller

Alex Cabrera Spencer Allen Ryan Miller

Reaction Car. Alex Cabrera Spencer Allen Ryan Miller . Reaction Chemistry. NaHCO 3 (s) + HCl(aq ) ? NaCl(aq ) + H 2 O(l) + CO 2 (g) n =(PV)/(RT)=[(5atm)(.7 L)]/[(.0821 L-A/mol-K)(293 K)] n = .14 mol Thus, we want roughly .14 mol of each reactant

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238 views • 7 slides
Reaction Car

Reaction Car

Sunny Ovesen, Kara Walton, Rachel Chan. Reaction Car. Reaction Chemistry. We decided to create a maximum of 5atms with chemical reactions from HCL, baking soda and water. From our calculations we decided to do 12mL of HCL, 12.23g of NaHCO 3 (baking soda), and 10mL of water.

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150 views • 7 slides
Anthony, Chris, Adam

Anthony, Chris, Adam

Anthony, Chris, Adam. Reaction Chemistry . HCl + NaHCO3 -> NaCl + H20 + CO2 12.5 mol HCl /1000ml = .125 mol HCl /10ml PV=NRT P=6 ATM V= .7L N= X Mols R= .08205 K Mol/L ATM N=RT/PV mol= 6ATMx.7L/.08205 K Mol/L ATM x293K N=.1747 mol

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160 views • 5 slides

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