d by Engr. Billy Joe G. Godoy 13.6 KN at e=30.68 in Quadrant 1 10KN 20KN 13.6 KN at e=30.68 in Quadrant 2 13.6 KN at 0=30.68 in Quadrant 3 45° 13.6 KN at 0=30.68 in Quadrant 4 None of the Above 18 15KN

Q: Determine the value of P (in kN) so that the resultant, R is projected horizontally to the left. 300…

A: Given a system of forces as shown in the figure Required: To determine value of P so that Resultant…

Q: 3) Determine deflection at point C and slope at point D using double integration method (El is…

A:

Q: 16KN 30 KN/m А D 2.4 3.2 1.8

A:

Q: 6kN 2kN 175. B 2m → 2m 16kN hinge |12| E hinge 1m 2m + 2kN/m 6m

A:

Q: Determine the resultant force that water exerts on the overhang sea wall along ABC in kN. The wall…

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Q: Problem No. 1 Using double integration method to determine the value of X that must be applied at…

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Q: 1225.8(KN/m) K 0.3 3240 (KN) 2280 (KN) 0.25 L=6.55m find: shear force diagram ? Bending moment…

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Q: 20 kN 0 KN 中 KN 中 5 m 2m 1.5m

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Q: USE VIRTUAL WORK METHOD TO DETERMINE THE DEFLECTION AT THE MIDSPAN. 16KN 30 KN/m А B D 2.4 3.2 1.8

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Q: One side of a traverse has a length of 50 metres and a whole circle bearing of 200°. Calculate the…

A:

Q: Using forced method of analysis, determine the reaction of the supports at point B and C. 22657…

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Q: 46.46KNM 80KN 16KN/m 11.26KNM 3m 2m Load Diagram Av Bv Cv 33.00 Shear Diagram -24.46 -47.00 15 KN/m…

A:

Q: 21. An aluminum tube with the cross section shown has a constant Wall thickness of 2 mm. A torque T…

A:

Q: Calculate the deflection at Point C, using Conjugate Beam Method and Virtual Work Method

A: Data given Find: Deflection at C using : (a) Virtual work method (b) Conjugate beam method

Q: INSTANT CENTERS Slider D has a velocity of 3 m/s to the right, determine the angular velocity of…

A: Given, Velocity of slider D is v = 3 m/s As slider is connected to links therefore linear velocity…

Q: 2a. Determine the location of the centroid of the built-up section measured from the top. 2b.…

A:

Q: D. Azimuths and Bearing 5. Find the bearing of 300 azimuth. 6. Find the bearing of 163* azimuth. 7.…

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Q: 10. Delermine the capacity of the section based on yielding of the gross section.

A:

Q: What is the support reaction at point C? a. 90.34 kN b. 96.34 kN c. 100.34 kN d. 104.34 kN   What…

A: Given:- To find:- Reaction at C Reaction at B Reaction at A Concept:- Moment distribution method:-…

Q: Given figure as shown. Tensions on cables BA and BC are also given. Take note of the positions of…

A:

Q: Slope at point A and deflection at midspan. 8 kN/m Aப் 7m A 3m 000 B

A: Given Data  EI = constant  Find slope at A and mid span deflection.   Let's solve using Double…

Q: Determine the slope at C in terms of El for frame shown.

A: Solution:  Considering the diagram:

Q: USE SLOPE DEFLECTION METHOD. From the indeterminate beam shown, find the moment at D, MD, in kNm. El…

A:

Q: The back-bearing of XY is S 25° 25' 36" E. What is the fore-bearing of XY? Provide your answer as a…

A: Objective: To determine the fore-bearing of line XY from the given value of back-bearing.   Given:…

Q: From the beam shown. Let P = 30 kN, Q = 2 kN/m, L =6m and EI = 200MNm^2 Determine the following;…

A: Given data:

Q: 8 kN/m 1

A: Calculating the reactions: ∑Fy=0RA+RB=(12)×8×3+8×3=36∑MA=0=(12)×8×3×23+8×3(3+32)-RB×6=06RB=132RB=22…

Q: 3 - Find the level (Azimuth point OA, OB. OC) (A). From the drawing below. ( A vertical angle = 370…

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Q: Find the readtion moments at A, B and C using slope - deflection methodl. El is const. (Fig. 1) 36KN…

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Q: 3. Calculate the slope at C, location and value of the maximum deflection, and deflection at B. 50…

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Q: determine the deflection at the left overhang

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Q: 2) Given the cross sectional area below. The horizontal neutral axis is 129.0mm from reference…

A: Solution;

Q: 2. Draw the Shear and Moment diagram. Use slope intercept formula and double integration method. 50…

A: To draw the shear and bending moment diagram

Q: 1. Determine the equations of slope and deflection. 2. Determine the slope and deflection at point…

A: Double integration method: Double integration method is one of the methods which is used in…

Q: 3. In construction survey, a line BC 57.89m is to be laid out using a theodolite. The line has a…

A: Finding out elevation of point B.

Q: 2) Given the cross sectional area below. The horizontal neutral axis is 129.0mm from reference…

A: Solution:

Q: DETER MI NE THE VERTI CAL AND HORIZONTAL COMPONENTS OF PORCE P WHICH ARE PARALLEL AND PERPENDICULAR…

A: Consider the figure,

Q: 10 m B 60 KN 40 KN 80 KN 30 m 50m- 50m 30m

A:

Q: BM1 ELEV. 1,850.00 meters Compute the elevation of BM2 4.56 7.13 9.50 TP1 4.33 6.17 TP2 5.80 BM2

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Q: USE VIRTUAL WORK METHOD TO DETERMINE THE DEFLECTION AT B. 30 KN/m 16KN А В D 2.4 3.2 1.8

A: To find out the deflection at B.

Q: Calculate the a.) Double deflection Integration b.) Area- Moment at point E Method Method c.)…

A: NOTE : Since you have asked multiple methods we will solve the first method for you. If you want any…

Q: |20 kN 8 kN/m C -A 1.0 m AEAE El 2EI AECD 2.0 m D E VE 4.0 m 4.0 m 8.0 m Determine the value of the…

A: Reaction at AE and CD member, RAE=RCD=202+8X82=42 KN(Beacause of symmetry of loading load is equally…

System of Forces

A force is an external influence or agent that changes the state of a system. According to Newton's second law, the force applied to a body is proportional to the change in momentum of a body. Hence, whenever a force is applied to a body, its momentum changes. If the body is at rest, under the action of force, its state of rest changes to motion. In other words, the magnitude of the momentum of the body changes from zero to a measurable value. Similarly, if the body possesses some initial velocity, it has some associated momentum, the effect of force can cause the body to halt or come to rest, that is, the momentum reduces to zero.