Consider the information relating to a rectangular cross-section of stream carrying sediment as indicated below. Depth of flow h=2m; width of the river B=50m; discharge Q=100m3/s; water temperature T=15C; slope of the stream-bed S=0.0002. Take the Kinematic viscosity of water v=1106m2/s. Sediment information: Quartz sand of s/=2.65,d35=0.3mm;d50=0.5mm;d65=0.6mm; shape factor S.F. =0.70 The sediment sample is divided into 2 subgroups (classes) that are as follows. By using the Einstein Method, compute total suspended load, total bed load and total sediment laoad carried by the stream for 30 days (see the given computation Table). Note that the necessary formulas are available in pages 7 and 8 of the graphs--hand-out given to you that are free to use in the exam