(b) Consider a 2 meters wide by 3 meters tall rectangle sheet of metal that is...

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(b) Consider a 2 meters wide by 3 meters tall rectangle sheet of metal that is submerged in water (p= 1000 kg/m³) so that the sheet's width is oriented horizontally and the sheet itself is tilted at 0= above the horizontal. The highest point of the sheet just grazes the top of the water. radians i. Draw a picture, and label the variable y to represent the depth of the water in meters. What is the interval for the y values that we are concerned with if we want to compute the fluid force on one side of the metal sheet? ii. We want to compute the fluid force on one side of the sheet of metal. We can compute the force by adding up approximations of horizontal slices of the rectangular sheet. For each infinitesimal slice, what is the width and "height"? Hint: the height is NOT Ay. (c) Repeat the (a), (b), (i), and (ii) for 0= 4. (b) Consider a 2 meters wide by 3 meters tall rectangle sheet of metal that is submerged in water (p= 1000 kg/m³) so that the sheet's width is oriented horizontally and the sheet itself is tilted at 0= above the horizontal. The highest point of the sheet just grazes the top of the water. radians i. Draw a picture, and label the variable y to represent the depth of the water in meters. What is the interval for the y values that we are concerned with if we want to compute the fluid force on one side of the metal sheet? ii. We want to compute the fluid force on one side of the sheet of metal. We can compute the force by adding up approximations of horizontal slices of the rectangular sheet. For each infinitesimal slice, what is the width and "height"? Hint: the height is NOT Ay. (c) Repeat the (a), (b), (i), and (ii) for 0= 4.

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a Width of the rectangle 2m Length of the rectangle 3m density of water 1000kgm 3 Sheet tilted from the horizontal above 30 degree or pi6 To find Flui... View the full answer