CO2 is the gas dissolved in carbonated beverages. If the manufacturer uses 4.6 atm at 25 degrees C to dissolve the CO2 in the beverage, how many grams of CO2 will dissolve in a 355 ml can of soda? Henry's constant for CO2 is 0.03360 moles/(l-atm). Could you also maybe supply some background info in your explanation so I can figure out what topic to look up in my book? Thanks
CO2 is the gas dissolved in carbonated beverages. If the manufacturer uses 4.6 atm at 25...
Carbonated beverages are manufactured to dissolve carbon dioxide gas at high pressure that is released when the can is opened so that the beverage is more refreshing to the consumer. How many grams of dissolved carbon dioxide is in a 355mL can of soda at 20 degrees Celcius if the manufacturer used a pressure of 2.4 atm of CO2 to carbonate the pop? The Henry's law constant for carbon dioxide dissolving in water is 3.5*10-2 mol/L*atm at 20 degrees Celcius.
1) An alternative carbonation in beverages is nitrogenation (think nitro-brewed coffee). In class we used Henry's Law to calculate the amount of CO2 dissolved in water at T = 25°C and P = 5 bar. Find the mass of CO2 in a standard 12oz. can of carbonated water. What would the pressure need to be to dissolve the same mass of nitrogen in water at T = 25°C? What does this say about the amount of nitrogen in standard nitrogenated...
Cans of coca-cola are carbonated at 25 degrees Celsius using a CO2 pressure of 2.5 atm. After carbonation, 355 ml of liquid contains 1.25 g of dissolved carbon dioxide. What is the molarity of dissolved carbon dioxide if carbonation is performed at 25 degrees Celsius using a carbon dioxide pressure of 1 atm?
For the preparation and standardization of NaOH with KHP im supposed to boil water for 1hr and 30 min to remove CO2....the problem is that if I don't boil it for that long and (30 min) b/c of not enough time but I put the water I boiled for 1/2 hr aproximately into a NaOH bottle with a CO2 absorber and stored it there for a few days. I would assume that I would have to boil the water again...but...