You wish to measure the extent of reaction by monitoring pressure changes.Suppose 1.000 atm of tungsten hexafluoride gas at 400.00 $\degree$ C in a 20.0 L deposition chamber partially decomposes to form tungsten metal and fluorine gas.The products of the reaction at this point are cooled to 25.00 $\degree$ C.The resulting pressure, which is due to the sum of the pressures of F₂ and leftover WF₆, is 1.028 atm.What is the pressure due to the unreacted WF₆?
WF6 (g) $\rightarrow$ W(s) + 3 F₂ (g)

Question

You wish to measure the extent of reaction by monitoring pressure changes.Suppose 1.000 atm of tungsten hexafluoride gas at 400.00

\degree

C in a 20.0 L deposition chamber partially decomposes to form tungsten metal and fluorine gas.The products of the reaction at this point are cooled to 25.00

\degree

C.The resulting pressure, which is due to the sum of the pressures of F₂ and leftover WF₆, is 1.028 atm.What is the pressure due to the unreacted WF₆?
WF6 (g)

\rightarrow

W(s) + 3 F₂ (g)

Quizplus · Accepted Answer

The Answer of You wish to measure the extent of reaction by monitoring pressure changes.Suppose 1.000 atm of tungsten hexafluoride gas at 400.00$\degree$C in a 20.0 L deposition chamber partially decomposes to form tungsten metal and fluorine gas.The products of the reaction at this point are cooled to 25.00 $\degree$C.The resulting pressure, which is due to the sum of the pressures of F₂ and leftover WF₆, is 1.028 atm.What is the pressure due to the unreacted WF₆? WF6 (g) $\rightarrow$W(s)+ 3 F₂ (g)

You Wish to Measure the Extent of Reaction by Monitoring °\degree°

You Wish to Measure the Extent of Reaction by Monitoring $\degree$