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The area bounded by y=1-x² and x+y=1 is submerged vertically in the water with the water level in the line >=2. Find the appropriate integral to be used to determine the force on the area. Sp(2-y)(√1-y-1+y) dy SP(2-x)(1-y-√1-y)dy [*p(2-3)(√1-y-1+y)dx 2 $²0 (2-3)(√T- (√1-y-1-y) dy

The area bounded by y=1-x² and x+y=1 is submerged vertically in the water with the water level in the line >=2. Find the appropriate integral to be used to determine the force on the area. Sp(2-y)(√1-y-1+y) dy SP(2-x)(1-y-√1-y)dy [*p(2-3)(√1-y-1+y)dx 2 $²0 (2-3)(√T- (√1-y-1-y) dy

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The area bounded by y=1-x² and x+y=1 is submerged vertically in the water with the water level in the line >=2. Find the appropriate integral to be used to determine the force on the area. Sp(2-y)(√1-y-1+y) dy Sp(2-y)(1-y-√1-y) dy Sp(2-y)(√/1-y-1+y) dy 2 [²P (2-3)(√T }) ({√/1-y-1-y) dy 0
Transcribed Image Text:The area bounded by y=1-x² and x+y=1 is submerged vertically in the water with the water level in the line >=2. Find the appropriate integral to be used to determine the force on the area. Sp(2-y)(√1-y-1+y) dy Sp(2-y)(1-y-√1-y) dy Sp(2-y)(√/1-y-1+y) dy 2 [²P (2-3)(√T }) ({√/1-y-1-y) dy 0
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