A 8.40-g sample of solid BaCl2·2H2O was heated such that the water turned to steam and...

A 8.40-g sample of solid BaCl2·2H2O was heated such that the water turned to steam and was driven off. Assuming ideal behavior, what volume would that steam occupy at 1.00 atm and 100.0 °C?

Solutions

Expert Solution

weight of BaCl2·2H2O = 8.4g

gram molecular weight of BaCl2·2H2O = 244.257g/mole

no of moles of BaCl2·2H2O = W/G.M.Wt

= 8.4/244.257 = 0.0344 moles

1 mole of BaCl2. 2H2O contains 2 moles of H2O

0.0344 moles of BaCl2.2H2O contains = 2*0.0344/1 = 0.0688 moles of H2O

n = 0.0688moles

P = 1atm

T = 100+273 = 373K

PV = nRT

V = nRT/P

= 0.0688*0.0821*373/1 = 2.1 L

The volume of steam = 2.1L >>>>answer

queen_honey_blossom answered 1 year ago

Next > < Previous

Related Solutions

A 9.10-g sample of solid MnCl2·4H2O was heated such that the water turned to steam and...

A 9.10-g sample of solid MnCl2·4H2O was heated such that the water turned to steam and was driven off. Assuming ideal behavior, what volume would that steam occupy at 1.00 atm and 100.0 °C?

A 1.250 g sample of barium chloride hydrate, BaCl2.xH2O, was heated until all the water had...

A 1.250 g sample of barium chloride hydrate, BaCl2.xH2O, was heated until all the water had been driven off. The remaining anhydrous salt weighed 1.060g. Use this data to calculate the value of x, the number of moles of water of crystallization in the hydrated salt. You MUST Show ALL your work for full credit! 5. 0.0185 mol of hydrated magnesium sulfate MgSO4.xH2O has a mass of 4.56g. Calculate the value of x, the number of moles of water of...

a. A 1.500 g sample of a mixture of solid Na3PO4 - 12H2O and BaCl2 -...

a. A 1.500 g sample of a mixture of solid Na3PO4 - 12H2O and BaCl2 - 2H2O was dissolved in water and formed 0.520g of Ba3(PO4)2 precipitate. If reagent tests demonstrated that Na3PO4 - 12H2O was the limiting reactant in the precipitation reaction, calculate the mass percent of each reactant in the original sample. b. Clearly demonstrate which reactant salt would be limiting if the experiment was performed with equal masses of each salt. Assume 0.500g of each salt, for...

4.3120 g KNO3, 1.2345 g of CuCl22H2O, and 0.5678 g of BaCl22H2O are used to prepare...

4.3120 g KNO3, 1.2345 g of CuCl2*2H2O, and 0.5678 g of BaCl2*2H2O are used to prepare K2CuBa(NO2)6. Calculate the theoretical yield of K2CuBa(NO2)6 in grams.

A 91.70 g sample of metal was heated in a boiling water bath at 99.4 °C....

A 91.70 g sample of metal was heated in a boiling water bath at 99.4 °C. The hot metal was then placed in a calorimeter, with heat capacity 39 J/K containing 45.0 g of water. Analysis of the thermogram showed the initial temperature to be 21.1°C, the final temperature to be 42.3°C. 4.91 g of LiCl was dissolved in 50.0 mL of water in the same calorimeter as in problem (above) 1. Analysis of the thermogram showed the initial temperature...

A 91.70 g sample of metal was heated in a boiling water bath at 99.4 °C....

A 91.70 g sample of metal was heated in a boiling water bath at 99.4 °C. The hot metal was then placed in a calorimeter, with heat capacity 39 J/K containing 45.0 g of water. Analysis of the thermogram showed the initial temperature to be 21.1°C, the final temperature to be 42.3°C. Calculate Delta T water Calculate Delta T metal Calculate . CsPmetal Calculate M (there's a - above the M.. don't know what that means) metal What is the...

Liquid water at 15 ℃ is heated by mixing it with saturated steam at the same...

Liquid water at 15 ℃ is heated by mixing it with saturated steam at the same pressure. Liquid water enters a chamber at a rate of 4.3 kg/s and saturated steam enters at a rate of 0.17 kg/s. The mixture leaves the mixing chamber as a saturated liquid at 40℃. If the surroundings are at 15℃, determine (a) the temperature of the saturated steam entering the chamber, (b) the exergy destruction during this mixing process, and (c) the second-law efficiency...

Water at 300kPa and 20oC is heated in a chamber by mixing it with superheated steam...

Water at 300kPa and 20oC is heated in a chamber by mixing it with superheated steam at 300kPa and 300oC. The cold water enters the chamber at a rate of 1.9 kg/s. Calculate the mass flow rate of the superheated steam, if the mixture leaves the chamber at 60oC. answer is ______kg/s If necessary, define system and energy flows shown on sketch. Complete solution shown analytically before numbers.

A sample of 58.90 g solid benzene at −2.3°C was heated until it absorbed 13.2 kJ...

A sample of 58.90 g solid benzene at −2.3°C was heated until it absorbed 13.2 kJ of heat, at a constant pressure of 1 atmosphere. Using the data given in the table below, determine the final phase and final temperature of the benzene sample. Properties of Benzene Values melting point 5.49°C boiling point 80.09°C heat of fusion at 5.49°C 9.87 kJ/mol heat of vaporization at 80.09°C 30.72 kJ/mol molar heat capacity of solid at 0°C 118.4 J/mol·K molar heat capacity...

A 5.59 g sample of a solid containing Ni is dissolved in 20.0 mL water. A...

A 5.59 g sample of a solid containing Ni is dissolved in 20.0 mL water. A 5.00 mL aliquot of this solution is diluted to 100.0 mL and analyzed in the lab. The solution was determined to contain 5.70 ppm Ni. Determine the molarity of Ni in the 20.0 mL solution. Determine the mass in grams of Ni in the original sample. Determine the weight percent of Ni in the sample.

Subjects