A large, open tank filled with SAE 30 oil has three windows on one of the...

 

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A large, open tank filled with SAE 30 oil has three windows on one of the sides as shown below. Calculate: a. The distance (m) from the liquid surface to the centroid of each window's area b. The magnitude (kN) of the resultant force on each window c. The distance (m) from the liquid surface to the location where the resultant force acts for each window d. How would these values in a, b, and c change if the liquid was water? Don't recalculate, just explain if they would increase, decrease, or stay the same and why. 3m A 2m 2m H-O 3m C 1m 2m A large, open tank filled with SAE 30 oil has three windows on one of the sides as shown below. Calculate: a. The distance (m) from the liquid surface to the centroid of each window's area b. The magnitude (kN) of the resultant force on each window c. The distance (m) from the liquid surface to the location where the resultant force acts for each window d. How would these values in a, b, and c change if the liquid was water? Don't recalculate, just explain if they would increase, decrease, or stay the same and why. 3m A 2m 2m H-O 3m C 1m 2m

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Answer To solve this problem we will use the principles of hydrostatics and the given information ab... View the full answer