Determine the expected dragline production in loose cubic meters (LCM) per hour based on the following information:

Q: Each of the four silos seen in the figure has an empty weight of 30MN, and can hold up to 105 MN of…

A: Number of Silos = 4 Empty Weight of Silo = 30 MN Capacity to hold grain = 105 MN Weight of the Mat =…

Q: Propose an example similar to the problem posed, where the soil is cohesive-frictional.

A: An 8.50 m high retaining wall is built to support sandy silt with a volumetric weight of 1850 kg/m3…

Q: 2.A cylindrical sample with a circular cross section is given a load as shown in Figure 2 with the…

A:

Q: What is the terminal settling velocity of a particle with a specific gravity of 1.4 and a diameter…

A: G=1.4 D=.010mm L=30m B=10

Q: Answer the ff: a) The ratio of horizontal to the vertical permeability is b) The ratio of vertical…

A: To find horizontal and vertical permeability

Q: In a 12cm diameter pipe, the major losses are equal to 5.0v²/2g. Find The equivalent length of pipe…

A: Diameter of pipe = 12 cmMajor losses = 5 v2 / 2gf = 0.04 To Find :THe equivalent length of pipe ?

Q: The lab methods discussed in class are not the only means of measuring specific gravity- one can…

A: Given  SSD WEIGHT= 618 g

Q: 2. (a) 2 kg of dry sand is poured into a Eureka can, where it displaces 755 cm³ of water. Calculate…

A:

Q: The solution of the consolidation equation is given by the series in the figure. By evaluation of…

A:

Q: For the beam shown, the magnitude of the concentrated load is P = 11 kN, the magnitude of the couple…

A:

Q: Explain the particle velocity distribution curve in Type-1 settling of particles with non- uniform…

A:

Q: An aluminum alloy pipe with an outside diameter of 4.9 in. and a wall thickness of 2/16 in.…

A: Outside diameter = 4.9in wall thickness = 2/16in L = 21ft WA = 12 lb/ft WB = 18 lb/ft   It has been…

Integrated Solid Waste Management

Integrated Solid Waste Management (ISWM) is a thorough waste suppression, compost, removal and recycling Program. An effective ISWM system considers how to suppress, manage and recycle solid waste in a manner that is most efficiently to protect human health and the surrounding. ISWM system requires evaluation of public wants and demands and then selecting and merging the most effective waste management activities for the proposed demands. The main ISWM activities for solid waste management are Waste prevention, Recycling and Composting, and Combustion and Removal and waste collection in a properly planned, constructed, managed and mitigated landfill areas. Each of these requires careful designing, financing, accumulation, and delivery of activities.