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Civil and Environmental Engineering

Analyze the beam shown in fig.1 using methods you have learned in this subject and compare the results of the analysis.

Odd roll numbered students: X = 16' and Y = 24'

Even roll numbered students: X = 18' and Y = 22'

**Answer hints:**

1.1 Introduction: (methods and assumptions)

1.2 Objectives:

1.3 By using the slope-deflection method

1.4 By using the moment distribution method

1.5 Compute maximum moment at Y/2. DL = 1k/ft, LL = 1 k/ft

1.6 Results and discussion

Civil and Environmental Engineering

Analyze the beam shown in fig.1 using methods you have learned in this subject and compare the results of the analysis.

Odd roll numbered students: X = 16' and Y = 24'

Even roll numbered students: X = 18' and Y = 22'

**Answer hints:**

1.1 Introduction: (methods and assumptions)

1.2 Objectives:

1.3 By using the slope-deflection method

1.4 By using the moment distribution method

1.5 Compute maximum moment at Y/2. DL = 1k/ft, LL = 1 k/ft

1.6 Results and discussion

Civil and Environmental Engineering

1.Discuss five technologies applied in water resources development and/or Environmental Management.

Civil and Environmental Engineering

1.Discuss five technologies applied in water resources development and/or Environmental Management.

Civil and Environmental Engineering

A 500 mm-diameter concrete pipe is laid on a slope of 1m per 500m and is required to carry water at the rate of 0.04m^3/s.Determine the normal depth of flow.Use roughness coefficient n=0.013

Civil and Environmental Engineering

Determine the moment of inertia of the shaded area with respect to the x and y axis as

shown in figure.

https://docs.google.com/document/d/1LFziFWUIHobWN1Hfmjm21u81GjHV2xNrRrTLOeY7YNA/edit?usp=sharing

Civil and Environmental Engineering

Two bodies A and B are separated by a spring. Their motion down the incline is resisted by a force P = 200 lb. The coefficient of kinetic friction is 0.30 under A and 0.10 under B. Determine the force in the spring

Civil and Environmental Engineering

calculate the distance from the instrument to the staff when the micrometer readings are 6.262 and 6.258, the staff intercept is 2.5m and the line of sight is inclined at +60°30' the staff being held vertical answer

Civil and Environmental Engineering

Find the area inside the circle and outside the unit circle r=1.

Civil and Environmental Engineering

Calculate the area bounded by y=x3

, x=0 and y=3.