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2] A bucket that weights F'le when filled with water is lifted at a constant rate, by a mechanical winch] from the bottom of a

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2] A bucket that weights F'le when filled with water is lifted at a constant rate, by a mechanical winch] from the bottom of a well that is ED feet deep. a] lilompute the work required to lift the bucket from the bottom ofthe well to the top. [Bpts] b] Oops, we forgot to tell you! The chain that is being used to lift the bucket weighs [155 lbs per foot. Now find the correct amount of work required to lift the bucket from the bottom of the well all the way to the top. {3pts} c] Oh no! IIu'lfhere is our head at today? We completely]r forgot to mention that the bucket has a hole in the bottom. It only,E weighs 35|b when it reaches the top, due to the water leaking out at a constant rate. Now compute the real work required to lift the bucket from the bottom of the well to the top of the well. {Recall that the bucket is being lifted at a constant rate, as well] [4pts]

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