Question: Please help me, which integral is correct Apool of the shape of an inverted truncated pyramid as shown in the following gure is lled with

Please help me, which integral is correct

Please help me, which integral is correct Apool of the shape ofan inverted truncated pyramid as shown in the following gure is lledwith water up to 3 meters deep. The top of the poolis a square of sidelength 10' meters, the bottom of the poolis a square of sidelength 2 maters= and the depth of thepool is 4 meters. The area of a horizontal layer of water

Apool of the shape of an inverted truncated pyramid as shown in the following gure is lled with water up to 3 meters deep. The top of the pool is a square of sidelength 10' meters, the bottom of the pool is a square of sidelength 2 maters= and the depth of the pool is 4 meters. The area of a horizontal layer of water 3: meters above the bottom of the pool is .d{x} = {2x + 2]: m2. Assume the density of water is km/m', and let the gravity of acceleration be g m/sec-. The work, in Joules, needed to pump all the water in the tank to a nozzle 1 meter above the top of the tank is calculated by the integral\fpg 1 (2x + 2)2 ( x + 1) da pg fo (2ac + 2)2 (x + 1) dacpg So (2ac + 2)2 (5 - a) dac pg fo (2ac + 2)2 (x + 1) dacpg f (2ac + 2)2 (5 - x) dac pg So (2ac + 2)2 (5 - 2) dac

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