1 Name: Date: Period: Project Description: In this project, you will be ...

Using stoichiometry, how many moles and grams of sodium acetate do we expect to get? Show your calculations below.Using stoichiometry, how many moles and liters of CO 2 do we expect to get? Show your calculations below.Materials_____grams of baking soda (how much did you calculate you would need in the introduction?)150 mL of vinegar1 cupA 500 mL flaskStirring rod30 ml of waterHot plateGraduated cylinderMethodsIn this section, you will now carry out the reaction that was discussed at the beginning of this lab.1.) Observe 3 physical properties of vinegar and baking soda. Write down your observations in the Data & Observationsection of this lab.2.) In a cup, measure out the weight of sodium hydrogen carbonate that you calculated you would need in theintroduction section of this lab. Don’t forget to tare (zero) the weight of the cup. Make sure the amount that you use isas close as possible to the amount that you calculated. Write the exact amount of sodium hydrogen carbonate that youused here:Amount of sodium hydrogen carbonate that you actually used: _____________________grams3.) Add 30 mL of water to the cup containing the sodium hydrogen carbonate. Stir the solution until most or all of it isdissolved (if a little won’t dissolve, that’s okay).4.) Weigh a 500 mL flask. You will need the weight of an empty flask at the end of the lab.Weight of empty 500 mL flask: __________________ grams5.) Add the sodium hydrogen carbonate solution to the empty 500 mL flask.6.) In a graduated cylinder, measure out 150 mL of acetic acid (aka vinegar) and slowly add it to the sodium hydrogencarbonate solution. You will observe the formation of bubbles when the acetic acid is added to the sodium hydrogen53