Questions
How did a war fought to bring “essential human freedoms” to the world fail to protect...

How did a war fought to bring “essential human freedoms” to the world fail to protect the home-front liberties of blacks, Indians, Japanese-Americans, and Mexican-Americans? Answer in 2 paragraphs with 5 sentences min.

In: Civil Engineering

Q12. A local property manager only deals with landlords and tenants in the residential and commercial...

Q12.
A local property manager only deals with landlords and tenants in the residential and commercial sector. In the commercial sector, the only landlords & tenants accepted are those connected to office spaces. Thus, the property manager prefers to avoid retail spaces and other types of leases that involve high amounts of risk and frequent maintenance and/or repairs.
Q12.a. A new landlord is facing problems with a title deed for a property that she recently purchased. Develop a plan including all the items to be investigated. This plan will be used to assist the landlord and should include:
i. Background information about the title.
ii. Details of any possible encumbrances attached to the title.
iii. Possible services that can be used to find issues and their relevance to the
situation.
Q12.b. Explain how a government-approved Municipal Information System would help all stakeholders. Your answer should include:
i. A brief description of Municipal Information Systems.
ii. An explanation of two (2) new services that would be impossible without the
proposed system.
iii. An opinion about how governments can use Municipal Information Systems to
improve the productivity of businesses in the future especially keeping recent situations in mind.
_________________

In: Civil Engineering

How did the United States and Soviet Union shift the focus of the Cold War to...

How did the United States and Soviet Union shift the focus of the Cold War to the Third World? Answer in 2 paragraphs with 5 sentences min

In: Civil Engineering

Construction Safety 1. CEO of a residential roofing business: “This fall protection standard is ridiculous. I...

Construction Safety

1. CEO of a residential roofing business: “This fall protection standard is ridiculous. I can’t afford to buy lifelines for all of my employees. Besides, they work faster without lifelines.” OSHA inspector: “The lifelines won’t cost you nearly as much as an injured employee who falls off a roof and breaks his neck.” What is your opinion of OSHA’s fall protection standard? Should residential contractors be exempted?

2. You are a recent college graduate, and this is your first real job. You are the assistant director of safety for Rayster Construction, Inc. (RCI). Your job today is to conduct preoperation inspections of the company’s two cranes that are being used to construct a bridge across a small bay. As you begin your first inspection, the crane operator—who has worked for RCI for 25 years—brushes past you and starts the crane’s engine. He says, “Get out of the way, kid. This crane is just fine. It doesn’t need inspecting. You are holding up my work.” This crane operator has an excellent safety record, as does RCI in general. How should you handle this situation?

In: Civil Engineering

A rectangular channel which is laid on a bottom slope of 0.0064 is to carry 20...

A rectangular channel which is laid on a bottom slope of 0.0064 is to carry 20 m3/sec of water . Determine the width of channel when the flow is in critical condition. Take n =0.015

In: Civil Engineering

How we can rate the different types of soils for different layers of the pavements on...

How we can rate the different types of soils for different layers of the pavements on the basis of their CBR values?

In: Civil Engineering

How we can determine the ESAL for the design period? Elaborate your answer with a numerical...

How we can determine the ESAL for the design period? Elaborate your answer with a numerical example.

In: Civil Engineering

Design size and spacing of dowel bars at an expansion jiont of concerete pavement of thickness...

Design size and spacing of dowel bars at an expansion jiont of concerete pavement of thickness 25cm.Given the radius of raltive stifness of 80cm. design wheel load 70kn. load capacity of the dowel system is 50 percent of design wheel load. jiont width is 2.0 cm and the permissible stress in shear, bensing and bearing stress in dowel bars are 1000,1400 and 100kg/cm*2 respectively.

In: Civil Engineering

1. Based on the experiment conducted in the laboratory setting, give examples of flow over weir...

1. Based on the experiment conducted in the laboratory setting, give examples of flow over
weir in real-world application.
2. Describe the measurements of discharge at weirs and its potential errors associated with
indirect methods weir in real-world application setting.
3. Discuss one of the calibration of weirs method.

In: Civil Engineering

A beam 3m long is simply supported at its ends. The beam is loaded with a...

A beam 3m long is simply supported at its ends. The beam is loaded with a downward vertical load of 200N at a point 2m from the left support.

Using DIM:

a. The maximum deflection is located at what distance from the left support?

b. Calculate the maximum deflection assuming E = 50 GPa and I = 1x10^6 mm4

In: Civil Engineering

Design a circular column, using approximate methods, for a factored load of 80 Kips and a...

Design a circular column, using approximate methods, for a factored load of 80 Kips and a
factored moment of 40 Kip-ft. about x and y axes each. The diameter of column is 18".
Material strengths are fc' = 4Ksi and fy = 60Ksi. Use appropriate column interaction diagram.

In: Civil Engineering

COURSE: SOIL MECHANICS -Types of Retaining Walls 1. Gravitational Walls 2. Cantilever Walls 3. Criva Walls...

COURSE: SOIL MECHANICS
-Types of Retaining Walls
1. Gravitational Walls
2. Cantilever Walls
3. Criva Walls
4. Gabion Wall
5. Sheet pile walls
6. Screen walls
7. Armed Earth
8. Walls in Mensula
9. Buttress Walls
-Describe the identified retaining walls
-Identify the importance and application it represents.

In: Civil Engineering

Q1: Define creep in concrete? Distinguish it from elastic deformation. Q2: Discuss the rate of concrete...

Q1: Define creep in concrete? Distinguish it from elastic deformation.


Q2: Discuss the rate of concrete drying shrinkage at different ages.


Q3: Explain the positive aspects of bleeding on concrete.


Q4: Explain the effects of size and grading of aggregates on workability of concrete?


Q5: Differentiate between additives and admixtures with examples.


Q6: Explain the working mechanism of retarders, plasticizers and air entrained
admixtures.


Q7: Define volume and weigh batching of concrete? Explain with examples.


Q8: Differentiate between continuous and batch type concrete mixers?


Q9: Explain, how to improve cohesiveness of concrete ingredients? Indicate its effects on
concrete segregation?


Q10: Discuss the primary reasons for the abnormal setting behaviors of concrete?
Describe how chemical and mineral admixtures may cause concrete abnormal setting with
the help of examples.

In: Civil Engineering

3. Compare the repairing rules of potholes for different standarts.

3. Compare the repairing rules of potholes for different standarts.

In: Civil Engineering

1. Do research on the Curriculum Development Centre (CDC) in Malaysia. Find out what the department...

1. Do research on the Curriculum Development Centre (CDC) in Malaysia. Find out what the department is about, the function, its roles, and contributions in the curriculum development of Malaysia or your homecountry.

2. Select only ONE education level (pre-school, primary, secondary, tertiary) in Malaysia and explain the Curriculum Development in chronological history until the present day.

3. Write your findings in a 4- pages report (Not inclusive of diagrams or pictures) and include your reflection at the concluding paragraph.

In: Civil Engineering