Methanol vapor is synthesized from carbon monoxide and hydrogen in a continuous gas-phase reaction at 3 atm and 110°c. reactants are fed to the reactor at 3 atm and 70°c; carbon monoxide at 25 m3/min and hydrogen at 50 m3/min. heat is transferred to/from (your job to discern which) the reactor at 3000 kw, and the reactor outlet emerges at the conditions of the reaction calculate the fractional conversion achieved in the reactor.

Compare the equilibrium constants for the systems shown in the table. which favors products the most? which favors products the least? rank these systems in order from most to least in terms of favoring products rather than reactants. d > b > a > c c > a > b > d b > c > d > a a > d > c > b

The characteristic of two different types of reactions are shown below. reaction a: electrons are gained by the atoms of an element. reaction b: protons are lost by the atom of and element. which statement is true about the atoms of the elements that participate in the two reactions? a: their identity changes in both reaction a and b. b: their identity changes in reaction a but not b. c: their identity changes in reaction b but not a. d: their identity remains the same.

3. how much energy in joules is required to evaporate .0005 kg of liquid ammonia to vapor at the same temperature? 4. how much energy ( in megajoules ) is given up by .75 kg of water at 0c when it freezes to form ice at 0c? 5. explain how heat works between and at critical temperatures?