Table 1: Discharge Calculations (These numbers are different from Chapter 16 from the textbook) Event Fill the notch and

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Table 1 Discharge Calculations These Numbers Are Different From Chapter 16 From The Textbook Event Fill The Notch And 1 (305.83 KiB) Viewed 22 times

Table 1: Discharge Calculations (These numbers are different from Chapter 16 from the textbook) Event Fill the notch and flood the bottomland Additional needed to flood middle terrace Total needed to flood middle terrace ANNUAL PEAK DISCHARGE (m/sec) Table 2. Discharge Data and Graph 1,000 800 600 400 200 100 80 Width (m) 8 10 Profile 35 m Depth (m) 5 35 Add discharges from above 2 8 m 99.5 98 95 90 80 70 50 Velocity (m/sec) 0.5 1.4 Calculated Discharge m³/sec 30 20 10 5 2 1 ANNUAL EXCEEDANCE PROBABILITY (%) 0.2 Plot your calculated discharge results on this graph. First find the position of that discharge on the vertical axis of the graph. Draw a horizontal line from that value to the right until you intersect the probability line (which slopes from lower left to upper right). From the point of intersection, draw a vertical line down to the horizontal axis of the graph and read off the corresponding chance of exceedance (probability of flooding) on the horizontal axis. The chance of exceedance indicates the probability of that amount of discharge being exceeded in any given year. Read off the probability associated with each discharge and enter it below. Probability to fill notch: Probability to flood middle terrace:
Table 3. 3D Perspective of River On the figure above, draw your proposed locations for agricultural fields (draw a small square) and five possible homesites for a house (use a circle or simple house symbol). After completing your discharge calculations, rank the five homesites in order of your final preferences, with 1 being your top choice. Table 4. Explanations for Why You Chose Your Locations Agricultural fields: Homesites: Briefly describe how the probability results affected your ranking of homesites: