When CS₂(g) (6.828 mol) and 27.31 mol ofH₂(g) in a 360.0 L reaction vessel at 382.0 °Care allowed to come to equilibrium the mixture contains 52.58 gramsof CH₄(g). What concentration (mol/L) ofH₂(g) reacted?

  CS₂(g)+4H₂(g) =CH₄(g)+2H₂S(g)

When SbCl₃(g) (4.334 mol) and 307.3 grams ofCl₂(g) in a 420.0 L reaction vessel at 716.0 °Care allowed to come to equilibrium the mixture contains 0.007729mol/L of SbCl₅(g). What is the equilibriumconcentration (mol/L) of SbCl₃(g)?

SbCl₃(g)+Cl₂(g) =SbCl₅(g)

When H₂(g) (17.50 grams) and 0.02800 mol/Lof D₂(g) in a 310.0 L reaction vessel at 757.0K are allowed to come to equilibrium the mixture contains 6.402 molof HD(g). What is the equilibrium concentration (mol/L) ofH₂(g)?

  H₂(g)+D₂(g)= 2HD(g)

When a sample of(CH₃CO₂H)₂(g) (493.2grams) is placed in 390.0 L reaction vessel at 560.0 °C and allowedto come to equilibrium the mixture contains 0.01560 mol/L ofCH₃CO₂H(g). What concentration(mol/L) of (CH₃CO₂H)₂(g)reacted?

(CH₃CO₂H)₂(g) =2CH₃CO₂H(g)

When a sample of NO₂(g) (1.005 mol) isplaced in 490.0 L reaction vessel at 716.0 °C and allowed to cometo equilibrium the mixture contains 26.17 grams ofN₂O₄(g). What is the equilibriumconcentration (mol/L) of NO₂(g)?

2NO₂(g) =N₂O₄(g)

When a sample of ClF(g) (7.263 mol) is placed in 56.00L reaction vessel at 695.0 °C and allowed to come to equilibriumthe mixture contains 60.06 grams of F2(g). Whatis the concentration (mol/L) of F2(g)?   2ClF(g) =F2(g)+Cl2(g)