2LiOH(s) + CO2(g) -------> Li2CO3(s) +H2O (l)
#1- Calculate the theoretical CO2 absorption capacity of 0.070 grams of lithium, assuming a complete reaction and absorption has occurred.
#2- Calculate the experimental CO2 absorption capacity of 0.070 grams of LiOH, assuming the CO2 volume change measured was 23.0 mL. (Recall that the ideal gas equation, PV=nRT, relates volume and moles of gas). Assume a temperature of 25 degrees °C and an atmospheric pressure of 760 Torr.
2LiOH(s) + CO2(g) -------> Li2CO3(s) +H2O (l) #1- Calculate the theoretical CO2 absorption capacity of 0.070...
assuming the reaction goes to completion , what is the
absorption capacity of LiOH? may have to see previous
problems
Question 3: Assuming the reaction goes to completion, what is the absorption capacity of LiOH? (3 points) Absorphion Capacity = Mast of cę absorber mass of absorber Summary: In this section, your group weighed out 0.0498 grams of LIOH. Question 1: Predict the mass of carbon dioxide that will react with your sample of LOH assuming that the reaction goes...
please explain and help calculate the orange cirlced ones
L in volume at STP 1. One mole of an IDEAL GAS occupies a) 12.2 6) 22.4 c) 23.6 d) 40 (2What are the units for the molar volume of a gas? -a) Moles/liter -b) Liters/mole Grams/mole d) Moles/grams What is the gas produce in this experiment CaCO3+ HCI? a) O2 b) CO2 c) NO2 d) H2 e) Natural gas on: 2:23 los molhoz 4 When CaCO3 react with HCI, calculate...
Calculate the theoretical yield of H2 gas assuming that a 0.5 g sample of Mg is completely reacted with each acid. The ideal gas law, PV=nRT, can be used for this calculation, where P=pressure; V=volume; n=amount of substance; R= ideal gas constant; and T= temperature. Assume that pressure is 1 atm and the temperature is room temperature (about 293 K). Calculate the following ratios for each acid: for HCl Mole(s) H2Mole of Mg= ______________ for H2SO4 Mole(s) H2Mole of Mg=...
NaHCO3(s) + CH3COOH(aq) -----------> NaCH3COO(aq) + CO2(g) + H2O(l) You will be calculating the minimum mass of sodium hydrogen carbonate and the minimum volume of 3.0 M acetic acid required to completely fill a 1.0-L plastic bag at room conditions. Assume the following: 100% reactant purity, complete reaction, and the barometric pressure and temperature are 772 mmHg and 20.5oC. (a) Calculate the number of moles of carbon dioxide gas that would fill the bag completely, using the ideal gas law....
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Name 1. Definitions. Fill in the blank with the LETTER of the most appropriate term from the following A. Bronsted-Lowery acid C. strong acid E. weak electrolyte G. weak acid I. Arrhenius acid B. D. electrolyte base H. ions J. Arrhenius base L. autoionization of water N. Boyle's Law P. Charles Law S. pressure V. manometer X. Dalton's Law K. hydronium ion M. pH scale O. combined gas law R....
1. Calculate the change in enthalpy for this reaction: 2C(s) + H2(g) → C2H2(g) Given the following AHo -1299.5 kJ HP =-393.5 kJ HP -285.8 kJ CHI2(g) + (5/2)O2(g) → 2CO2(g) + H2O(1) C(s) + O2(g) → CO2(g) H2(g) + (12)O2(g) → H2O(1) A balloon contains 0.45 g of carbon dioxide and 0.6 grams of helium at 1.1 bar. If you compress the container to 80%ofits original volume, what will be the final pressure? Half a liter of water is...