Consider a sample containing 5.00 mol of a monatomic ideal gas that is taken from state a to state b by the following two pathways: pathway one: pa = 3.00 atm, va = 15.0 l pc = 3.00 atm, vc = 55.0 l pb = 6.00 atm, vb = 20.0 l pathway two: pa = 3.00 atm, va = 15.0 l pd = 6.00 atm, vd = 15.0 l pb = 6.00 atm, vb = 20.0 l for each step, assume that the external pressure is constant and equals the final pressure of the gas for that step. calculate q, w, e, and h for each step, and calculate overall values for each pathway. explain how the overall values for the two pathways illustrate that e and h are state functions, whereas q and w are path functions. ** it clearly states to treat each step as constant pressure, which doesn't make any sense to begin with, but if only applied to the change from c -> b, the pressure used for q should be 6.00 atm, but nothing i try gives the correct answer.