For integration theory, use a hotel as an example, and explain how it relates to each quadrant : Global Environment

Q: The figure below depicts a network of bridges and land areas designed for a local garden. a) b) 0 H…

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Q: Q4: The scale of an aerial photograph is 1:15,000. In the photo you measure the length of a bridge…

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Q: tate and explain the two time horizons as used in urban transportation planning

A: The purposes of the transportation system are always linked to a set of goals and objectives for the…

Q: A model known as stopping sight distance is used by civil engineers to design roadways. This simple…

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Q: Population levels over 5 de are given below. 15. Population 2,50,000 2,80,000 3,40,000 4,20,000…

A: This method is based on the assumption that the rate of change of population is constant  This…

Q: Q1/ Find speed percentages (by drawing) depending on the data shown in the table below. (Hint:…

A: speed Km/hr frequency cumulative frequency % cumulative frequency   19 2 2…

Q: • The following are the cumulative volume data along a section of a highway project: 1-draw the…

A: The mass diagram is a plot of horizontal distance along a project against the algebraic sum of the…

Q: The following cross-classification data have been developed for a European city transportation study…

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Q: (b) Consider the following network 7 3 10 8 10 Show that the flow suggested in the graph minimizes…

A: For least cost in flow net through network of pipe where each link have different cost: use path…

Q: Example I: Water flows through a 3 in diameter pipe at a velocity of 10 ft/s. Determine the…

A: Volumetric flow rate is also known as the discharge and it is defined as the rate of flow of fluid…

Q: points. 4. Following are census data pertaining to Dehradun (Capital of Uttrakhand): Decades…

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Q: (a) Consider two points on the equator at coordinates (latitude, longitude) of (0°N, 20°E) and (0'N,…

A: We use the Haversine formula to find out the great circle distance between two points (ϕ1,λ1) and…

Q: In the figure shown, find: the area of cut and fill for every station by coordinate method. b. the…

A: Arrange the point in the station in serial order Multiply each ordinate by the difference between…

Q: Q3) For a city A given the following table of population: Year 1980 1990 2000 2010 Population 157000…

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Q: Given the data below, plot the cumulative mass curve and the 30 minute hyetograph Time (min)…

A: Given data,

Q: A man walks a certain distance at the rate of 6 km/hr. and returns at the rate of 4km/hr. If the…

A: Let the total distance travelled in 4hour 30 minutes be x kmTime taken during 6 km/h =x6Time taken…

Q: 3. A car comes to a complete stop from an initial speed of 50 mph in a distance of 100 ft. With the…

A: Given data- Case-AInitial speed u=50 mph=50×0.44704 m/s=22.352 m/ssince 1 mph=0.44704 m/sfinal speed…

Q: Q2. In water-resources engineering, the sizing of reservoirs depends on accurate estimates of water…

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Q: A city recorded populations of 113000 and 129000 in the 2011 and 2021census, respectively. Estimate…

A: Given: The population in 2011 is 113000. The population in 2021 is 129000. The population density is…

Q: 1. In the figure shown, find: a. the area of cut and fill for every station by coordinate method. b.…

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Q: Example : For the following traffic composition Passenger car Busses (>25 passenger) Heavy vehicle…

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Q: For the following questions, assume that the Earth is a sphere of radius r. = 6378.1 km. (a)…

A: The Haversine formula for computing great circle distance between two points ϕ1,λ1 and ϕ2,λ2 is,  d=…

Q: 7) Convert the following volumes as indicated: 500 ft to cubic yards 150 yd to cubic meters

A: 500 ft³  to cubic yards  [1 cubic yards= 27ft³] [1 cubic yards = 0.765m³]

Q: If the flow rate is measured in Liters/day, the flow rate is The largest form of water flowing…

A: 1. It is called as Volumetric flow rate. 2. Rivers.

Q: 1. How many significant figures does 0.000188 have? b. 2 2. How many significant figures does 275.00…

A: In positional notation, significant figures are the digits in a number that are reliable and…

Q: Consider the area shown in (Figure 1). Suppose that a = 2.56 ft , h = 5.76 ft . Express  to three…

A: Here, a = 2.56 ft. h = 5.76 ft.

Q: Choose the answer that shows 6,327,739.296 meters converted to U.S. feet. O 20,760,258.01 US feet O…

A: The conversion units are always related to each other, 1 meter of length is equal to the 3.280833…

Q: Given a square kilometer of land, how many cars can be parked safely there? Determine the…

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Q: population of a town as obtained from census reports is as follows :- Census year 1957 1967 1977…

A: Arithmetic increase method-This method of population forecasting is adopted for the constantly…

Q: What is the range of reaction distances for a car traveling at 70 miles per hour? (Use the lower end…

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Q: 235 mm 115 205 mm mm 50 mm 90 mm 140 mm Answers: i mm y = i mm i mm II IN

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Q: motorcyclist travels along a straight road.  His velocity is shown in the v-t graph.  A)  Construct…

A: ##Calculation of distance time graph and total distance traveled###

Q: A construction company wants to know how much material they will need to construct a roadway. On a…

A: Given data -  H 1: 250 , V : 1: 100 Station at 30m  Areas (cm^2)   Station 18.800             A…

Q: Predict the population of city X in the year 1980 and 1990.

A: In this problem , We use Airthmetic Increase method to Forecasting of Population.

Q: Explain the relationship for parameters in both the diagram. Uncongested flow Congested flow 4man…

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Q: Choose the answer that shows 6,327,739.296 meters converted to international feet. 20,760,258.10…

A: A meter(m) is the base unit of length and distance in the International System of Units (SI)  A foot…

Q: A motorbike has a constant speed of 5.00 m/s along a straight line from point A to point B and then…

A: Average speed: The total distance travelled by the object or a vehicle in a time 't' is known as…

Q: The stream function is given by the expression y = 2x2 – y2. What is the resultant velocity at a…

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Q: (a) The figure below depicts a system of bridges and land areas. Can you take a walk and cross each…

A: Give the naming to each Island as follows.

Q: Geotechnical engineering Graph and find: T1 = _____________ T2 = ______________ T90 = ______________

A: Consolidation is the process of change of volume of soil due to application of pressure and…

Q: What is the density in the throat section? What is the area in the throat section? What is the…

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Q: The decennial (Ten years) census records for two cities are given below. Estimate the 2020…

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Q: A fluid flowing steadily in a circular pipe of radius R has a velocity that is everywhere parallel…

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Q: 4. The relation of the density (d) along a roadway to vehicle speed (s: km/h) is given as d = 50-…

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Q: 1. If the position of an object changes by distances much greater than its own size in a reasonable…

A: Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: 1. Which among the following is the formula for continuity equation? a) p(x)V(x)A(x) = Constant b)…

A: We need to find out the formula for continuity equation

Q: Discuss the ‘Logistic curve method’ for determining the future population of a locality. Derive a…

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Q: e Highway in 1995 is 10.000

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Q: The given data shows the result of a model known as stopping sight distance, used by civil en-…

A: Speed(mph) SSD(ft) 0 0 5 21 10 47 15 78 20 114 25 155 30 201 35 252 40 309 45…

Issues During Construction

Construction is the combination of art, science, and engineering to build buildings, bridges, structures, roadways, highways. airports, etc. The construction business is a challenging and promising business worldwide with certain risk factors involved. Increasing demand for mankind leads to the growth of several construction companies which specialize in different construction projects. These construction companies initiate their construction process under certain agreements and time durations called the construction contract.