temperature-composition data were obtained for a E5C.1(a) The following mixture of octane (O) and methylbenzene (M) at 1.00 atm, where x is the mole fraction in the liquid and y the mole fraction in the vapour at equilibrium. . arit stelupis 8/°C 110.9 112.0 114.0 115.8 117.3M 119.0 XM Ум 121.1 123.0 w 0.795 0.615 mid 0.527 0.408 0.300 0.203 0.097 0.908 0.923 0.836 0.698 0.624 0.527 0.410 0.297 0.164 Tesn The boiling points are 110.6 °C and 125.6°C for M and O, respectively. Plot the temperature-composition diagram for the mixture. What is the composition of the vapour in equilibrium with the liquid of composition (i) x = 0.250 and (ii) xo = 0.250? - SOM s odu

I cannot understand why H2 is being a limiting reactant in this case.

Mail- Thomps 3 3 https://app.101edu.co 80 P Parchment Reg F3 $ 4 Write the balanced NET ionic equation for the reaction when AlCl3 and NaOH are mixed in aqueous solution. If no reaction occurs, simply write only NR. Be sure to include the proper phases for all species within the reaction. 1 2 + 04- F4 Na set TW6D2PHI.pdf 2 % ( ) 5 3 4 03 □ F5 Unofficial Transcri 4 Question 15 of 40 ↑ NR O 6 5 05 0+ F6 6 UAFS Registra Graduation Applica MacBook Air & 7 2 2+ (s) (1) CI Al 7 8 9 0 09 口。 3+ 7 04+ F7 8 (g) (aq) • x H₂O 8 DII F8 H My UAFS-St Delete DD F9 M 0

Ksp= 3.00 x 10^-17

Enthalpy of the Neutralization DeltaHn in kj/mol Average deltaHn in kj/mol 

Calculate the solubility at 25 °C of BaCrO4 in pure water and in a 0.0170M BaCl₂ solution. You'll find data in the ALEKS Data tab. sp Round both of your answers to 2 significant digits. solubility in pure water: 0² 09 solubility in 0.0170 M BaCl₂ solution:: 0.2 X OxO 00 Ś

Calculate the solubility at 25 °C of CuBr in pure water and in a 0.0140 M CoBr, solution. You'll find Ksp data in the ALEKS Data tab. Round both of your answers to 2 significant digits. solubility in pure water: solubility in 0.0140 M CoBry solution: 品 品

Please need help with this first question , not sure of the change in temperature

For the following reactions, predict whether the mole fraction of the reactants or products increases or remains the same when the volume of the reaction vessel is increased. SO2 (9) + 1/2 0, (9) = SO3 (g) а. mole fraction of reactants increases mole fraction of products increases mole fraction remains the same 2 CH4 (g) = C2H2 (g) + 3 H2 (g) b. mole fraction of reactants increases mole fraction of products increases Omole fraction remains the same N2 (9) + 2 O2 (9)=2 NO2 (g) с. mole fraction of reactants increases mole fraction of products increases Omole fraction remains the same

6. Two units of non-atomic traffic travel from start to end in the selfish routing network shown below. There are three paths. (a) Find the equilibrium flow and cost. (b) Find the optimal flow and cost and use this and your answer in part (a) to calculate the POA.