2. A soil has the following Horton parameters: fo 2.8 cm/hr fe = 1.0 cm hr...
3. A soil has the following Horton parameters: fo- 2.0 cm/hr, fe 1.0 cm/hr, k -0.60 1/hr. If a constant intensity rainfall of 1.5 cm/hr falls for 5 hours, model the infiltration rate (f) and cumulative infiltration (F) as a function of time for the entire storm. Use 0.25 hour time increment. Your solution should include the following [35 points: a. A graph of infiltration rate vs. time for zero to five hours. b. A graph of cumulative infiltration vs....
Can you please show work for both questions 3 and 4
3. A soil has the following Horton parameters: fo- 2.0 cm/hr, fe 1.0 cm/hr, k -0.60 1/hr. If a constant intensity rainfall of 1.5 cm/hr falls for 5 hours, model the infiltration rate (f) and cumulative infiltration (F) as a function of time for the entire storm. Use 0.25 hour time increment. Your solution should include the following [35 points: a. A graph of infiltration rate vs. time for...
5. [25 pts] A soil has the following Green-Ampt parameters; K 0.90 cm/hr Effective Porosity 0.39 Initial soil water content 0.17 Capillary Suction 6.0 cm A constant intensity rainfall of 2.2 cm/hr falls on the watershed. Calculate the actual infiltration rate , until ponding happens. Show tall' calculations at each 5min time interval starting at Omin.