Question 1 the following information is available for a project site . latitude 35os . longitude= 152°e . elevation- 0 m (at sea level) . average albedo 0.2 jun-aug sep-nov air temperature (c) relative humidity (%) wind speed (m/s) average sunshine hours 17 65 2.2 21 70 2.4 8.4 dec-feb 24 70 2.3 mar-may 20 60 7.6 estimate the following using the above information " potential evaporation for an open water body using the penman monteith equation " reference crop evapotranspiration using the penman monteith equation "potential evapotranspiration for a farm growing wheat that was planted in september plot all the estimated evapotranspiration rates on the same graph paper and comment on the results obtained. state any assumptions that were made in the analysis. question 2 given a fully developed and growing pasture well rooted (evenly) to 0.5m at the location described in question 1, compute and plot the daily actual evapotranspiration and total soil moisture in the top 0.5m soil profile between october 20 and november 12. the following soil properties may be used -bw (soil moisture content at wilting point) 0.10 * 0f (soil moisture content at field capacity) 0.23 " 0s (soil moisture content at saturation)-0.42 assume the soil was at field capacity on october 20 and 40 mm rain occurs on november 1, and another 50 mm on november 8. plot the daily soil moisture percentage for the top 0.5 m root zone and the daily actual evapotranspiration between october 20 and november 12. note that any water above saturation would result in overland flow from the soil. soil water content between saturation and field capacity would decrease to field capacity due to infiltration. so if there were no evapotranspiration, the soil moisture should remain indefinitely at field capacity. for calculation purposes assume that the water comes down to the field capacity at a very fast rate note: for simplicity, the same hydro-meteorological values may be assumed for oct 20 -nov 12, as were calculated for sep-nov in question 1