Members: Joseph Cuellar, Dominic Liserre, Taylor Liserre, Andrea Stramler.

Slides:



Advertisements
Similar presentations
B AKING S ODA AND V INEGAR P OWERED C AR Stephanie Barnes, Alex Andre, TJ Pearson.
Advertisements

Reaction Chemistry: Theoretical Predictions Step 1: Find how much pressure is needed to go 25 feet – Experiment with several amounts of baking soda in.
Functions Solving Equations Simplifying & Solving Variables.
Reaction Powered Car Chelsey Chapman Mallory Goff Brian Livingston.
Kenneth HuangMichael PhanHien Nguyen. Reaction Chemistry 1)Vinegar + Baking Soda CH3COOH +H2O+ NaHCO3  2H2O +CO2(g)+NaCH3COO 2) Hydrochloric Acid + Calcium.
Chemical Car Project Michael Helbock Rocco Nguyen Preston Pallante.
Reaction Powered Car By Josh Breen, Andrew Jeske, and Margaret Schneider CBE 101 Dec. 7, 2009.
 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= K Mol/L ATM  N=RT/PV mol= 6ATMx.7L/
Hydrochloric AcidBaking SodaSodium ChlorideCarbon Dioxide Theoretical Predictions Molar Mass Hydrochloric Acid Baking Soda Sodium Chloride Carbon Dioxide.
Background, Introduction, and Hypothesis There has been a phenomenon that has plagued the internet in the last year. This is the Diet Coke and Mentos geyser.
Kat Robinson, Conor Zoebelein, and Melissa Jenck M 2-2:50, R 11-12:50, F 12-1:50.
AbdulazizAlnaim, Mike Hodgen, Galen Peterson
Chemical Car Reaction. CHEMICAL REACTION For our car we tried more than one reaction to make it move towards the finish line. 1. Our first idea was to.
Reaction Powered Car! By Mitchell Truong Nicholas Kusanto Seth Burts.
Garrett Scruggs, Kate Jones, and Ryan Squires.  Aluminum and Hydrochloric Acid: 2Al+6HCl→2AlCl 3 +3H 2  Aluminum and Sulfuric Acid: 2Al+3H 2 SO 4.
Chemical Reaction Car Miri Goldade, Cody Toth, Christopher Jenks.
Mohammed Alyousif, Brianna Nagel, Lexi Keaveney. Our reaction: NaHCO 3 + HCl+H 2 O  NaCl + CO 2 +2H 2 O We started with the maximum pressure to calculate.
M Chemical Car Competition Fall 2009 Jeremy D. Kenny D Jose B. Liam M.
Michael Hales, Toby Gay, Elyssa Trejo
Eid Al-Helal Geoffrey Zath Ryan Furukawa Reaction Powered Car.
Cole Hood, Conrad Schulte, and Marshall Lake.  1NaHCO 3 + 1HCl → 1CO 2 + 1NaCl + 1H 2 O Baking Soda Hydrochloric Acid Carbon Dioxide Salt Water N=PV/RT.
By Logan Olsen, Chase Huntley, Chuck Corbett. HCl (aq) + NaHCO 3 (aq) → NaCl (aq) + H 2 O(l) + CO 2 (g)  We tried HCl and baking soda at first, but after.
Sam Callen, Michael Hill, David Varin 12/8/09. The Team Sam Callen (On Left) David Varin (On Right) Michael Hill (MIA)
Riley, Tenzin, and Roc 11 CBEE 101. Reactions Vinegar and Baking Soda CH 3 COOH (aq) + NaHCO 3 (s/aq) ---> CH 3 COONa (aq) + H 2 O (l) + CO.
Neal Ellyson, Diana Vasquez, Ryan Zboralski CBE101 December 8,2009.
 Moles:  PV/RT=n  Goal for Press=4.57 atm  (4.57atm)(.700L)/( L*atm/mol*K)(273K)=mol HCl  Moles HCL=.143 mol=moles Baking Soda .143mol NaHCO.
Daniel Reid Conner Smith Sarah Wong. [Hydrochloric Acid]+[Calcium Carbonate(Crayola Chalk)]  [Calcium Chloride]+[Water]+[Carbon Dioxide] 2HCl (aq)
R EACTION P OWERED C AR “T HE B OSS ” By: Blake Inglin, Rachel Dana, and Priya Gupta.
By: Cole Morgan, GJ Mallari, Emily Flock
Reaction Powered Car Hannah Smith Amber Fulkerson Marissa Yee.
ChemE Reaction Car Jared Fitzpatrick, Brynn Livesay, and Elaine Wilcox.
Reaction Powered Car CBEE 101 Fall 2009 Hailey DeMarre, Michael Lougee, Peter Shoaf Dr. Skip Rochefort.
Reaction Car Sunny Ovesen, Kara Walton, Rachel Chan.
Hilary Beutler, Lacey Kloster, Cassie Loren. Reaction Chemistry HCl(aq)+NaHCO 3 (aq)  H 2 O(l)+CO 2 (g)+NaCl(s) To Produce 4.5atm of pressure inside.
Steps for solving titration problems
Making Dilutions from Solutions
Neutralization & Titration Lynette Shao. Neutralization  Acids release H + ions into solutions and bases release OH - ions.  Mixing the two solutions.
Group Members: Kelly Gutierrez, Nick Young, Travis Anderson & Alex Clemens.
Unit 8: Percent Yield Calculations
Lab_1_The Tools and History of Chemistry - Chemistry.
Group Picture (From left to right: Tyler Chagnon, Greg Stearns, Elon Martin)
3.5 – Solving Systems of Equations in Three Variables.
Do Now – 10/8/09 On your Do Now Sheets: in complete sentences 1.Have you ever ate way too much at a meal before? 2.What did you eat, how much, in how much.
By Abbi Howell Maker Day. Bottle Rockets was where you got a bottle and used all kinds of materials to make a mini rocket. We had the materials of tape.
2009 Chemical Reaction Car Cameron Glasscock Evan Eichelberger
UPSL PRESENTATION: V INEGAR AND B AKING S ODA R OCKET !!! Judith Linan.
Acid/Base Titration Thurston High School Chemistry.
3. If the solubility of a gas in water is 4.0g/L when the pressure of the gas above the water is 3.0atm, what is the pressure at 1.0g/L?
Balloon powered race car
Sara, Rachel, and Avery’s Awesome Reaction Car. Reaction Chemistry CaCO 3 (aq)+2HCl(l) CO 2 (g)+H 2 O(l)+CaCl 2 (aq) (x mol CO 2 )=[3.5atm(0.500L)]/[(
5.3 – Solving Multi-Step Inequalities. *Just like solving equations*
CHAPTER 11 Stoichiometry 11.2 Percent Yield and Concentration.
By Cameron Oden, Shannon Cahill-Weisser, and Melissa Simpson CBE th Annual Reaction Car Competition.
Sodium Bicarbonate and Hydrochloric Acid Stoichiometry Lab NaHCO 3 + HCl  Core II Preview.
The Group Reaction Chemistry  Initial reaction used: 6HCl(aq) + 2Al(s)  2AlCl 3 (aq) + 3H 2 (g)  Final reaction used: HCl(aq) + NaHCO 3(s)  CO 2.
Section 9.3 Limiting Reactants and Percent Yield 1.Define the terms theoretical yield and actual yield. 2.Calculate percent yield 3.Identify reasons that.
Tuesday May 26 Objective: Calculate the amount of acid or base needed to neutralize a solution. Checkpoint: – Calculate the [OH-] in a solution that has.
Experiment (2) Determination of the Heat of Neutralization of Strong Acid with a Strong Base.
Molarity Molarity is defined as the amount of moles of a compound dissolved in an amount of solvent (usually water). It can be solved with the equation:
Practical Analytical Chemistry (1) Practical (8) Faculty of Pharmacy Department of Pharmaceutical Chemistry.
4th Grade Motion & Design
Making Dilutions from Solutions
Reaction Car project By: Jackson, AJ, Tommy.
Lab: Limiting Reactants
Equations Review!.
Basic Chemistry Chapter 11 Gases Chapter 11 Lecture
Functions Solving Equations Simplifying & Solving Variables on Both
MOBILE EXPLOSIONS By. Hannah Rose Jones.
Balloon and baking soda experiment.
4th Grade Vocabulary Part 1 Estimating Volume of Solids and Liquids
Presentation transcript:

Members: Joseph Cuellar, Dominic Liserre, Taylor Liserre, Andrea Stramler

 We used Baking Soda and Hydrochloric Acid to power our car  The HCl was 12M and we used the equation to calculate the maximum pressure for our car  For each run we used approximately 11.75mL of HCl and 12.01g Baking Soda to have a pressure of 4.9 atm

 Each run had the exact same amount of HCl and Baking Soda, but yielded a different result each time.  Our best run went 20 inches over with no spew and the worst was 12 feet away with no spew

 Overall, the car ran well, but inconsistently. We had no spew and a powerful reaction. There were a few variables that had to do with inconsistency which could be fixed in the future. The first problem we had was sealing the bottle completely. This was solved by taping the bottle where the lid screws on. Even during the final competition, we had some issues with improper seals. Another problem we had was with dropping the baking soda into the bottle. At first, we used a chemwipe to drop the baking soda into the bottle but we learned that the chemwipe was clogging the release valve. We solved this problem by pouring the baking soda in without the chemwipe. In the future, we would work on sealing the bottle properly and making sure the wheels were attached properly, to avoid flipping our car again. Unfortunately we did not get bonus points for flipping the car, or for going off road. Some redesign ideas would be making the wheels wider and adding more weight. Both of these strategies would help the car to not flip and to keep it straight on the course.