A botie of water is placed on a tray right at the left enl (buth weight...

 

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A botie of water is placed on a tray right at the left enl (buth weight G). A stewand is running with this tray and tiling it (angk ). Between botk and tray there is p and between tray and hund there is y. whereby n <pa 26) State the static equilirium equations for the bottie and the tray using the given Free body diagram. Calculate the unknown reaction forces for static equilibrium using the given values. (8P) N Given Parameters h= 0.2m Given Parameters ba 0.3 m R = N %3! 14.7N 0.02 m g: 98 m/s R2 = N2 = 20 N 0.07 m Round allyour results to one decimal place. Ex:3.146 = 3.1 and 3.156 = 3.2 Use the given coordinate system. Use P, and P, as reference points for your moment balances. 2e) Calculate the unknown position of the reaction forces for static equlibrium using the given values above. (10P) dz d2 = cm di cm vert your results to cm firstbefore rounding! Round your results to one decimalplace. Ex: 3.146 = 3.1 and 3.156 - 3.2 Rz 24) What can you tel about the system at hand parameterized with the given values from above by looking only at the calculated values from task 2c? (2P) b ------ A botie of water is placed on a tray right at the left enl (buth weight G). A stewand is running with this tray and tiling it (angk ). Between botk and tray there is p and between tray and hund there is y. whereby n <pa 26) State the static equilirium equations for the bottie and the tray using the given Free body diagram. Calculate the unknown reaction forces for static equilibrium using the given values. (8P) N Given Parameters h= 0.2m Given Parameters ba 0.3 m R = N %3! 14.7N 0.02 m g: 98 m/s R2 = N2 = 20 N 0.07 m Round allyour results to one decimal place. Ex:3.146 = 3.1 and 3.156 = 3.2 Use the given coordinate system. Use P, and P, as reference points for your moment balances. 2e) Calculate the unknown position of the reaction forces for static equlibrium using the given values above. (10P) dz d2 = cm di cm vert your results to cm firstbefore rounding! Round your results to one decimalplace. Ex: 3.146 = 3.1 and 3.156 - 3.2 Rz 24) What can you tel about the system at hand parameterized with the given values from above by looking only at the calculated values from task 2c? (2P) b ------

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Efy z 0 G cos e Gr cose tyy x cos20 NI 13813 ... View the full answer