C) A strip load of q = 70 kN/m2 is applied over a width, B = 6.0 m. Determine the increase in vertical stress at point A located Oz = 5.5 m below the surface. Given: x = 7.0 m. •z = 5.5 m below the surface. Given: x = 2.0 m. +z = 5.5 m below the surface. Given: x = 0.0 m. Discuss your results. %3D q= load per unit area

Q: Please recalculate and maksure everything above is correct. thanks

A: Steps to solve this question:Assumptions and sign conventions of forces and reactions.Find the…

Q: The ∑ F proceeding in the couple is?

A: Brief concept- Couple- It is a pair of equal and opposite parallel forces. These two forces do not…

Q: How can I find GH, EG and FH

A:

Q: XXXX W₂ W₁ Which of the following most nearly gives the external degree of indeterminacy? 2 4 O 1

A:

Q: What is ponit of view? What is first point of view and third point of view.

A: The term  Point of view will be referred to who is telling or narrating the story. A story can be…

Q: Differentiate between Directed Changes and Constructive Changes.

A: Directed Changes are the changes that are specifically directed by the owner which may or may not…

Q: Step 5 incomprehensiable

A: In the step 5Settlement can be calculated using as below

Q: Discuss  in  details coagulation

A: Coagulation is defined as the process of converting smaller dissolved solids into larger particles…

Biological Processes

Biological solid waste includes bacterial and contaminated waste produced by living individuals. Its treatment is essential to prevent the spread of any air-borne or water-borne diseases or diseases transmitted from one organism to another in a food chain. There are many benefits of the biological solid waste treatment and some of them are: the minimized quantity of waste substance, waste control, eradicating any disease-causing pathogens, generation of biogas, composting, anaerobic digestion, bio drying, mechanical biological treatment, microbial fuel cell, phytoremediation, and biofiltration. The final products of the biological solid waste treatment may be recycled to obtain organic fertilizers or disposed of in SWDS (Solid Waste Disposal Site) after proper treatment.