We have a light pole given below. -Assume the weight of the lamp is 200kg.(concentrated load) and the distance between the center of gravity of the lamp and the pole center is 2 meters. -Assume wind speed may rise up 180 kmph(Assume lamp has a sphere shape) -Assume the height og the pole is 10 meters. Calculate the diameter of the pole assuming the pole is a hollow shaft, made of ST37 steel and has a factor of safety of 1.5.Do all necessary realistic engineering assumptions and include all the forces that you may think of to calculate the diameter of the pole.

We have a light pole given below. -Assume the weight of the lamp is 200kg.(concentrated load) and the distance between the center of gravity of the lamp and the pole center is 2 meters. -Assume wind speed may rise up 180 kmph(Assume lamp has a sphere shape) -Assume the height og the pole is 10 meters. Calculate the diameter of the pole assuming the pole is a hollow shaft, made of ST37 steel and has a factor of safety of 1.5.Do all necessary realistic engineering assumptions and include all the forces that you may think of to calculate the diameter of the pole.

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Question

We have a light pole given below.

-Assume the weight of the lamp is 200kg.(concentrated load) and the distance between the center of gravity of the lamp and the pole center is 2 meters.

-Assume wind speed may rise up 180 kmph(Assume lamp has a sphere shape)

-Assume the height og the pole is 10 meters.

Calculate the diameter of the pole assuming the pole is a hollow shaft, made of ST37 steel and has a factor of safety of 1.5.Do all necessary realistic engineering assumptions and include all the forces that you may think of to calculate the diameter of the pole.