Find out the limiting reagent in the reaction and co2

Reference no: EM13656813

While 15 g of baking soda (NaHCO3) is added to 400.0 mL of vinegar (an aqueous solution of CH3COOH at 5% concentration by mass) and the vinegar neutralizes the baking soda and converts it to CO2 gas, which bubbles out of the solution. Find out the limiting reagent in this reaction and compute the mass of CO2 produced.

Reference no: EM13656813

Questions Cloud

While you mix iron and hcl why does the chemical reaction : While you mix iron and HCL why does the chemical reaction begin slowly and then suddenly accelerate

Compute the ph at the equivalence point : A 50.0 mL sample of 0.53 M benzoic acid, C6H5COOH and a weak monoprotic acid is titrated with 0.48 M NaOH. Compute the pH at the equivalence point.

Explain how many liters of s03 (g) are produced at 25c : Explain how many liters of S03 (g) are produced at 25C and 1.0atm from the combustion of 1.0kg of coal which is 1.0%S by weight? Suppose all the sulfur in the coal ends up as S03.

Identify and contrast the three general management roles : Identify and contrast the three general management roles

Find out the limiting reagent in the reaction and co2 : the vinegar neutralizes the baking soda and converts it to CO2 gas, which bubbles out of the solution. Find out the limiting reagent in this reaction and compute the mass of CO2 produced.

Define the reported boiling point was 80 degrees c : Explain A distillate was collected between 78-82 degrees C at sea level. Define the reported boiling point was 80 degrees C. State on the correctness of this report.

Circle k carries convenience snack foods : Circle K carries convenience snack foods and drinks, as well as local souvenirs

Explain the vinegar neutralizes the baking soda : While 14 g of baking soda (NaHCO3) is added to 550.0 mL of vinegar (an aqueous solution of CH3COOH at 5% concentration by mass), the vinegar neutralizes the baking soda as well as converts it to CO2 gas

Define how much cl2 is consumed : React 1 mol of Al(s) with enough Cl(2)(g) to entirely react and form the expected product (s). Define how much Cl2 is consumed and how much product is formed in moles

User Account

All Pages