In Figure 1, the tank is pressurized with air. The tank is located where the atmospheric pressure is 100 kPa (g = 9.81 m/s²). Find the pressure in the tank in Pa

$h_{1} = 17 cm h_{2} = 24 cm h_{3} = 47 cm h_{4} = 33 cm ?_{su} = 1000 kg / m^{3} ?_{1} = 850 kg / m^{3} ?_{2} = 700 kg / m^{3} ?_{3} = 1200 kg / m 3$

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In Figure 1, the tank is pressurized with air. The tank is located where the atmospheric pressure is 100 kPa (g = 9.81 m/s²). Find the pressure in the tank in Pa

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h_{1} = 17 cm h_{2} = 24 cm h_{3} = 47 cm h_{4} = 33 cm ?_{su} = 1000 kg / m^{3} ?_{1} = 850 kg / m^{3} ?_{2} = 700 kg / m^{3} ?_{3} = 1200 kg / m 3

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