FURTHER READING

Bedient, Phillip B$.,$ et al$.(2012).$ Hydrology and Floodplain Analysis $($Sth ed$.).$

Englewood Cliffs, NJ: Prentice Hall.

Chow, V$.$ T$.,$ Maidment, D$.$ R$.,$ and Mays, L$.$ R$.(2013).$ Applied Hydrology

$(2$nd ed$.).$ New York: McGraw$-$Hill.

Hershfield, D$.$ M$.(1961).$ Rainfall Frequency Atlas of the United States for

Durations from $30$ Minutes to $24$ Hours and Return Periods of $1$ to $100$ Years

$($Tech$.$ Paper $40).$ Silver Spring, MD: U$.$S$.$ National Weather Service.

Ponce, V$.$ M$.(1994).$ Engineering Hydrology: Principles and Practices.

Englewood Cliffs, NJ: Prentice Hall.

U$.$S$.$ Soil Conservation Service. $(1972),$ National Engineering Handbook.

Springfield, VA: U$.$S$.$ Department of Agriculture.

Viessman, W$.,$ Jr$.,$ Lewis, G$.$ L $(2002).$ Introduction to Hydrology, $(5$th ed$.).$

Englewood Cliffs, NJ: Prentice Hall.

Given the drawing handed out in class and using an excel file:

Show the hydrograph of A$,$ B and A$+$B $($data and graph$).$ Denote the peak flow and time for A$,$ B and A$+$B$.$ Provide only $1$ graph for all $3$ hydrographs. Remember to have labels and units.

Also calculate the runoff volumes for Watersheds $A,B$ and $"$A$+$B$".$

Include the problem statement, original graphical data, all data related to the hydrographs and graphs. Make sure you calculate the volumes $($runoff$)$ under the graphs A$,$ B and A$+$B$.$