Calculate equilibrium conversions of each reactant for the following reaction and condition: CO (g) + 2H2 (g)  CH3OH (g) Reaction conditions: Isothermal and isobaric process: T= 260 oC P = 40 atm Initial state: n_CO = 200 moles n_H2= 350 moles

Complete the sentences to best explain the ranking.match the words below to the appropriate blanks in the sentences.a less polar bondhigher molar massion-dipole forcesstronger intermolecular forcesdipole-dipole forcesdispersion forceshydrogen bonding1. h2s and h2se exhibit the following intermolecular forces:.2. therefore, when comparing h2s and h2se the one with a has a higher boiling point .3. the strongest intermolecular force exhibited by h2o is . therefore, when comparing h2se and h2o the one with has a higher boiling point.