kg m 2.) In an industrial plant, olive oil of density 875 flows from a tank...

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kg m 2.) In an industrial plant, olive oil of density 875 flows from a tank via a hose of diameter 3.00cm that has a pressure of 3.3x105 Pa and has a speed of 2m/s. The olive oil moves upwards a distance of 5m to another tank where the hose has tapered down to a diameter of 1.00cm. a.) Find the speed of the olive oil in the part of the hose of diameter 1.00cm b.) Find the pressure of the olive oil in the part of the hose of diameter 1.00cm kg m 2.) In an industrial plant, olive oil of density 875 flows from a tank via a hose of diameter 3.00cm that has a pressure of 3.3x105 Pa and has a speed of 2m/s. The olive oil moves upwards a distance of 5m to another tank where the hose has tapered down to a diameter of 1.00cm. a.) Find the speed of the olive oil in the part of the hose of diameter 1.00cm b.) Find the pressure of the olive oil in the part of the hose of diameter 1.00cm

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To solve this problem we can use the principles of fluid dynamics specifically the conservation of mass and Bernoullis equation Firstly lets establish ... View the full answer