a) Orow s schematic showing the arrangement of the heat pump in the mode stated in the Grotions (coccing the room) clearly indicating all the components of a heat pump system, the Hest transters (their direction and their source or sink) and work transfers: b) What is the rate of heat rejection at the condenser in this cycle? Is this sufficient to keep the room at a constant temperature? c) What do you expect would happen to the Cop if the ambient air temperature of the room decreases? What would this mean for the required power consumption of the heat pump given the other conditions in the problem statement? Justify your answer with the relevant equation(s). d) Draw this cycle on a T-s diagram and take care to label each state in its appropriate position. The scale is not so important, but you should take care to draw lines vertical and horizontal where relevant. e) If the heat transfer coefficient of the ambient air is h=20W/m2.K, what is the required evaporator area given an average temperature difference of 40C between the evaporator coils and ambient air to meet the cooling needs of the room described in the problem statement