Consider a simply supported beam of length L. The beam experiences a parabolically varying distributed load that varies from 0 at the left support, to a maximum w at midspan, and back to 0 at the right support. The beam has stiffness properties EI. Give a mathematical equation that gives the value of the distributed load intensity at any distance z along the beam in terms of w, L and z. Draw the SFD and BMD of the beam, giving the maximum values in terms of w and L. What is the midspan deflection of the beam in terms of EI and w and L.

write a summary report regarding E-waste regarding pollutants and the sustainability o 3 bottom lines(economy, society, environment).

A solid grouted 8 in masonry CMU beam is reinforced with two #4 Grade 60 bars andhas an effective depth of 32.5 in. Determine the allowable moment in accordance withACI 530. Use f’m = 2500 psi and assume medium weight units (140 pcf). What is theallowable load if the effective span is 10.67 ft?

1. the following information is provided for an intersection that will have signalization. calculate the signal timing for a two phase system also show the phase diagram .

peak hour volumes: SB/NB/WB/EB;360/300/444/482 vph

PHP; SB/NB/WB/EB:0.92/0.88/0.90/0.82

saturation flow: SB/NB/WB/EB:1500/1500/1800/1800vph

distribution of vehicles for turning movements

yellow interval 3.1 sec. for SB-NB, and 3.4 sec. for WB-EB; lost time 3.3 sec for each of the phases.

2. its a question from transportation

Derive a relation between velocity in rad ial direction v(r) and centerline velocity vc for a fully developed laminar flow inside a horizontal pipe with a head loss h1 for a pipe length L.

A trapezoidal channel is to be designed through a silty clay alluvium on a slope of 0.0035 ft/ft. The angle of repose of the material is 35° and the Manning coefficient is 0.025. If the channel is to be designed to carry a maximum discharge of 700 cfs at a depth of 4.9 ft, determine if rip-rap will be required, and, if so, compute the stone size for both the bed and sides.

LO3 Discuss the key stages in a construction project, and how Building Information Modelling informs the different stages

P6 Identify, with examples, modern construction processes and sequences used within today’s industry, highlighting the way they respond to sustainability needs.

P7 Explain contract planning techniques used within micro and macro projects.

P8 Identify where BIM impacts upon operations and construction companies.

1. The Incineration becomes a key role to end up with a huge decrease of MSW volume. But in Oman, there are not many of them to be find comparing to the European Union. Discuss some reasons and point out the pros and cons of Incineration in economics, security as well as social and environmental impacts. Head them into a discussion.

1) Select the lightest section to support a axial load (DL=700 kips y LL= 300 kips). The
element is braced, so LX= 22 ft and LY= 12 ft. The end support conditions are:
a) (Fixed/pinned) and it is specified to use A572 gr. 60. (verify slenderness and
local buckling)
b) (Fixed/Fixed) and you must use A-36

You are part of the water supply engineering team of your council. Your team is working on a certain part of cast iron piping of a water distribution system involving a parallel section. Both parallel pipes have a diameter of 30 cm, and the flow is fully turbulent. One of the branches (pipe A) is 1000 m long while the other branch (pipe B) is 3000 m long. If the flow rate through pipe A is 0.4 m³/s, determine the flow rate through pipe B and the head loss in pipe B. Disregard minor losses. Consider the water temperature to be 15°C. Assume that the flow is fully turbulent (i.e. the friction factor is independent of Reynolds number).

A rock is thrown with an initial velocity of 30 m/s at an angle of 60° above the horizontal from a height of 1.5 m toward a cliff. After 4 seconds, the rock lands on the top edge of the cliff.

(a) Calculate the height of the cliff.

(b) Calculate the maximum height reached by the rock along its trajectory

(c) Determine the speed of the rock just before hitting the cliff.

a)Describe how observing two satellites from two receivers can allow clock errors

to be removed.

b). Describe how ionospheric effects may be removed from GPS signals