1. A beam is loaded and supported as shown below.(a) Using the coordinate system shown, determine the equation of the elastic curvein terms of x, w, L, E, and I by integrating the beam deflection equation.Determine the deflection at B for a structural steel S203 x 34 American standardbeam, if L = 5 m and w = 2 kN/m.(b)YAXWL|B TABLE A-4 American Standard Beams (Sl Units)Desig-nation*S610 x 180x 158x 149X 134x 119S508 x 143x 128X 112x 98S457 X 104X 81S381 X 74X 64$305 x 74x 61X 52X 47S254 x 52x 38$203 × 34X 27S178 X 30x 23S152 X 26X 19S127 X 22V LEArea(mm²)229702013018900171001516018190163201419012520132901039094858130948577406645603066454815437034903795290532702370I28001006Depth(mm)622.3622.3609.6609.6609.6515.6515.6508.0508.0457.2457.2381.0381.0304.8304.8304.8304.8254.0254.0203.2203.2177.8177.8152.4152.4127.0FLANGEWidth(mm)204.5199.9184.0181.0177.8182.9179.3162.2158.9158.8152.4143.3139.7139.1133.4129.0127.0125.6118.4105.9101.698.093.090.684.683.4Thick-ness(mm)27.727.722.122.122.123.423.420.220.217.617.615.815.816.716.713.813.812.512.510.810.810.010.09.19.18.3WebThick-ness(mm)20.315.718.915.912.720.316.816.112.818.111.714.010.417.411.710.98.915.17.911.26.911.46.411.85.912.5[(106mm²)1315122599593787469565853349535833520218612711395.390.761.251.627.024.017.615.310.9AXIS X-XS(10³mm³)9.206.33422539353260306528702705254021001950169014651060977832744626596482408265236198172144121X-99.8(mm)240247229234241196200194199170180146151·X11612112012396.010378.782.868.372.657.962.247.5(106mm¹)34.732.119.918.717.620.919.512.411.510.08.666.535.996.535.664.113.903.482.831.791.551.321.100.9610.7580.695AXIS X-YS(103mm³)33932121620619822821815314512711491.385.794.184.663.761.355.447.733.930.526.923.621.317.916.6Y(mm)38.939.932.333.034.033.834.529.530.227.429.026.227.226.226.924.125.422.924.220.321.118.619.517.117.915.7

The beam is steel S203X34 The length is L=5 m The uniformly distributed load is w=2 kN/m

1. A beam is loaded and supported as shown below. (a) Using the coordinate system shown, determine the equation of the elastic curve in terms of x, w, L, E, and I by integrating the beam deflection equation. Determine the deflection at B for a structural steel S203 × 34 American standard beam, if L = 5 m and w = 2 kN/m. (b) Y A W B

1. A beam is loaded and supported as shown below. (a) Using the coordinate system shown, determine the equation of the elastic curve in terms of x, w, L, E, and I by integrating the beam deflection equation. Determine the deflection at B for a structural steel S203 × 34 American standard beam, if L = 5 m and w = 2 kN/m. (b) Y A W B

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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