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- 16 Which of the following gives the reaction at E in the given beam? ( 300N₁ 210 N/m 100 Nm TITTT 5m 1025 N 1080 N 1085 N O 1435 N B int. hinge D 5m C777 3m 12m 2m- 120 N/m ETTET 3m FWhich of the following gives the reaction at B in the given beam? . 520 N/m 230 N/m BO Chinged -13m- -6m- -15m- O 46 N O 6774 N O 3175 N O 2450 NWhich of the following gives the reaction at D in the given beam? 520 N/m 230 N/m BO Chinged 13m- -6m- 15m- O 46 N 6774 N 3175 N 2450 N
- „Find the reactions at D and B ..Take F1=200 N,F2=175 N, F3-150N, M3D28 N.m F1 F2 45 85mm- -75 mm- M F3 B |A D 125 N -100 mm- -150 mm- 50 mmWhich of the following gives the reaction at C in the given beam? 520 N/m 230 N/m Chinged -13m-6m- BO 15m- O 46 N 6774 N O 3175 N O 2450 NDetermine the reaction at support B for the simple beam shown. a. 600N O b. 450N O c. 750N O d. 300N 3 m 400 N/m -3 m- B
- Eiample ai ABC is loaded via a 500 N.m couple and a 600 N force as shown. Tlie The is connected to the rest of the system by a pin joint at B and a roller support at Beteune the magnitide of the reaction forces on the beam at the supports. 600 N 300 N m 400 300 500 Ans. Dimensions in mm RC=1700 N 20 RBx=1597.5 N RBy=1181.4 N Erample Determine the force Pnecded to lift the load. Alsa, determine the proper placement x of the hook for cotilibrium. Neglect the weight of the beam. 0.9 m 100 mm 100 mm 100 mm 6 kN The uniform rod of length L and weight W is supported on the simooth planes. Determine its position e for equilibrium. Neglect the thickness of the rod. Ans 6= tanWhich of the following gives the reaction at B in the given beam? 520 N/m 230 N/m C hinged 15m 6m B.O 13m O 46 N O 6774 N O 3175 N 2450 NPROBLEM 2 For the beam shown, determine the reactions at A, B and D. At B, C and D is a pin and at A is a fixed support. The uniformly varying load has an intensity of .6 k/ft. -6x|| 13k ck ak st D tot
- Determne the moment at point B for the bearri shown. 100 LN m 150 LN 25AN/m Select the comelt respanse . 3.From the figure shown. SIT 20 FIGURE: 1. Which of the following gives the moment at the built-in of the continuous beam? a. -5825 N.m b. -5258 N.m c. -5528 N.m d. -4693 N.m 2. Which of the following gives the reaction at the built-in of the continuous beam? a. 3077.4 N b. 7307.4 N c. 3707.4 N d. 3770.4 N团 の image.jpg > B00 Deker mine the magni nde mnd direction 200 of the resultant +300 of the four forces shown in the higure. 420 500 Determine the moment a bout Point as Shown