Translate the following real world scenario into a signal. Writemathematically. An IV drip is started on a patient of 1000mL salineover 8 hours. At time zero, a linearly increasing drip rate isstarted for 2 hours. The drip rate is then held constant for 4hours. The last two hours the drip rate is linearly decreased tozero. Write an analytical expression of the signal in mL/hour.
This is for a signals and systems class. Some basic functionsthat could be used are u(t) and the delta function.
