Submit your completed problem set through the course Microsoft Teams site as a single PDF file whose file name begins with your "Lastname_Firstname." 1. Examine the following atmospheric altitude versus temperature data: a. What would be the mixing depth of 28C pollution that is emitted at ground level and rises at the dry adiabatic lapse rate? Mixing depth is defined by the elevation at which the temperatures of ambient air and emitted air pollution become equal. b. How high would you expect a plume to rise if it is emitted at 24C from a 200m stack, and it rises at the dry adiabatic lapse rate? c. At an altitude of 500m, would you expect the plume to be looping, coning, fanning, or fumigating? Why? Submit your completed problem set through the course Microsoft Teams site as a single PDF file whose file name begins with your "Lastname_Firstname." 1. Examine the following atmospheric altitude versus temperature data: a. What would be the mixing depth of 28C pollution that is emitted at ground level and rises at the dry adiabatic lapse rate? Mixing depth is defined by the elevation at which the temperatures of ambient air and emitted air pollution become equal. b. How high would you expect a plume to rise if it is emitted at 24C from a 200m stack, and it rises at the dry adiabatic lapse rate? c. At an altitude of 500m, would you expect the plume to be looping, coning, fanning, or fumigating? Why