The fоllоwing chаrt shоws meаsurements of soil wаter content and soil water potential over an entire growing season from sensors installed at two depths under an area of turfgrass on BYU campus. During the season, three different irrigation schedules were evaluated, each labeled as A, B, or C. From your evaluation of the data in the chart, give a response to the following questions: What is the approximate soil water content when this soil is near field capacity? What is the approximate soil water content when this soil is near the wilting coefficient? Which of the irrigation schedules do you think is best and why? A: Daily irrigation according to a fixed start time B: Irrigation only scheduled according to observed water potential at the 6 cm depth C: Irrigation limited to once per week Image Description This line graph displays soil water content and soil water potential over time, from May 16, 2015, to October 3, 2015, at two soil depths: 6 cm and 15 cm. The x-axis represents the date, and there are two y-axes: the left y-axis shows Volumetric Water Content (m³/m³) ranging from 0.00 to 0.50, and the right y-axis shows Water Potential (kPa) ranging from 0.00 to -1,600.00. Four color-coded lines are shown: Green line: Soil Water Content at 6 cm depth Blue line: Soil Water Content at 15 cm depth Red line: Soil Water Potential at 6 cm depth Purple line: Soil Water Potential at 15 cm depth Key patterns and data insights: At the beginning of the graph (May to June), all lines exhibit rapid fluctuations, followed by more stable behavior with periodic peaks and troughs. Large spikes in soil water content (green and blue lines) align with drops in soil water potential (red and purple lines), indicating rainfall or irrigation events. Three regions (A, B, C,) are labeled on the graph, each representing distinct periods with different moisture and tension dynamics: Region A (June): Frequent but small water content spikes followed by corresponding quick, short declines in water content (like a sawtooth pattern). Region B (Mid July to Mid-August): Noticeable drying trends, with water potential reaching more negative values, and less frequent, but larger water content spikes. Region C (Mid-August to Mid-September): Two distinct and sharp water potential drops. The data shows a strong inverse relationship between water content and water potential. As water content increases, potential becomes less negative, and vice versa.
Shоrt аnswer Mоnthly hоusehold electricity use in а city is normаlly distributed, with a mean of 900 kWh and a standard deviation of 200 kWh. What is the minimum monthly electricity use a household needs to be in the top 40% of users? Show your work in the text box.
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