Using the Slope deflection method, calculate the reactions at the supports of the beam shown: Assume constant El.

Q: 1. Deflection angles: A = 28° 25' 00" (L) B = 68° 03' 30" (L) C = 120° 34' 00" (L) D = 58° 30' 00"…

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Q: ompute the vertical distance based on the following con

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Q: The following subtended angles were read on a 2m long subtense bar using a theodolite. Compute for…

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Q: Determine the radius of gyration of the shaded area with respect to the specified y axis. (Answer…

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Q: Derive an equation of motion for earthquake excitation using D'Alembert principle

A: This principle is based on the Newton's 2nd law. Thus the derivation of this equation is originated…

Q: Find the vertical distance of the centroid from the base of the section shown. Calculate the ?̅? (…

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Q: Traverse adjustment applicable on the condition that angular accuracy is higher than linear accuracy…

A: Given- Traverse adjustment applicable on the condition that angular accuracy is higher than linear…

Q: Determine the correcthorizontal distance AE when it was measured AB = 45m, BC= 38m, CD= 55m, DE…

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Q: Compute the adjusted deflection angle at station D as shown. Station Deflection Angles A 30° 26 00"…

A: Given,  There are total 7 stations and at each station deflection angles vales are given.  When we…

Q: The figure shown below provides the rod readings in the order in which they were taken. The…

A: Given Data  Actual elevation of BMB = 92.50 ft  Determine the elevation of BMB and Error of Closure…

Q: For adjusting the traverse, which of the following methods can be used? a. Compass traversing b.…

A: Option (D) is the correct answer.

Q: 2. A 30m tape has the following condition The standard temp is 20deg Celsius and the site temp is…

A: Given data: correction for temperature Ctemp =0.02 m correction for pull Cp =-0.01 m

Q: The unrolled lateral area of a right circular cone is similar to a ___. a. Sector of a circle where…

A: The development surface of the right circular cone of lateral height l  and base perimeter s is the…

Q: . . . From the following measured angles, calculate the adjusted angles according to the weight of…

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Q: For the shown uniformly loaded strip of a RC one-way solid slab, the estimated thickness of the slab…

A: A RC one-way solid slab is given, we need to find out the minimum thickness of the slab

Q: 1. Deflection angles: E = 108° 13' 30" (L) F = 16° 50' 00" (R) G = 110° 00' 30" (L) A = 28° 25' 00"…

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Q: 1)Determine the slope and deflection at point “C” using Virtual work method E = 29000 ksi, A= 3500…

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Q: Draw the figure clearly and in detail given the data provided below.

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Q: WL3 | 15. W &max %3D 192EI 2

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Q: Table Q2(b). Two-peg test booking BS FS Height of Collimation (m) Reduced Level (m) Remark Distance,…

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Q: Comparison between machaulay method and moment area method in calculating beam deflection?

A: Macaulay's Method for beam deflection: The Macaulay's method is used to determine the beam…

Q: using the Virtual Work Method. Determine the deflection and slope at point B.

A: ##Calculate the deflection and slope at B using unit load method

Q: 1. Deflection angles: A = 28° 25' 00" (L) E = 108° 13' 30" (L) F = 16° 50' O0" (R) B = 68° 03' 30"…

A: A measure of how far an object has departed from its intended path. During a deflection shot, the…

Q: 10. Which among the following is used to determine the angle of repose?

A: Angle of repose Minimum angle at which body kept on inclined plane starts sliding due to its own…

Q: Q- The difference between the sum of back sights and sum of fore sights is 3 meter and R.L of last…

A: Given data: The difference between the sum of back sights and sum of fore sights, ∑BS-∑FS=3. R.L. of…

Q: where is the computation of vertical deflection at the W?

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Q: n Two peg test, how do we adjust the lower capstan screw if the line of sight is inclined upward?

A: Answer  In two peg test, If line of sight is not correct we get inclination from the correct…

Q: 10 - Among the points specified in the map below, the difference in elevation is the highest in the…

A: The highest different in elevation will occur at that section or line which cut maximum countour…

Q: 3. (a) Slope at A and B; (b) deflection at F, C and E. F 4 kN/m im A 6 kN/m 1 m- |C -1 m 4 kN/m 10

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Q: Side M.Br. N 32° 30' E N 86° 15'E S 72° 20' E S 78° 00' E N 55° 30' E AB вс CD DE EF

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Q: DETERMINE THE SLOPE AND DEFLECTION AT E = 29000 KSI A = 3500 IN 4 F 2K/FT B POINT "C" urinG VIRTUAL…

A: Given: A beam having UDL on it. Required: Slope and deflection at C (virtual work method)

Q: Compute the value of Ely at midspan between supports of the overhanging beam shown. 1000 lb 400…

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Q: Table Q2(b) shows booking of a two-peg test. i). Calculate the reduced levels of point B ii).…

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Q: What is the standard load that need to be used to compute the CBR values at penetration 2.5 mm? O…

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Q: the centrold of the following shaded areas 1. Use R = 60 mm. 60 mm R 1.5R 75 mm 45 mm 54 mm

A: To find centroid

Q: Problem 4. Draw the free-body diagram of beam ABD which is supported by the fixed support at A, link…

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Beams

In structural engineering, a beam is a component made of a variety of materials (including steel alloys, and wood) that can resist loads applied laterally to the beam axis. Members, elements, rafters, shafts, and purlins are all terms used to describe beams.