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Question 2 A vacuum gage indicates that the pressure of carbon dioxide in a closed tank is -28 kPa. A mercury barometer gives the local atmospheric pressure as 750 mmHg. Determine the absolute pressure, in kPa. Assume the density of mercury is 13.59 g/cm$^3$ and g = 9.81 m/s$^2$

          Question 2
A vacuum gage indicates that the pressure of carbon dioxide in a closed tank is -28 kPa. A mercury barometer gives the local atmospheric pressure as 750 mmHg. Determine the absolute pressure, in kPa. Assume the density of mercury is 13.59 g/cm$^3$ and g = 9.81 m/s$^2$

Question 2
A vacuum gage indicates that the pressure of carbon dioxide in a closed tank is -28 kPa. A mercury barometer gives the local atmospheric pressure as 750 mmHg. Determine the absolute pressure, in kPa. Assume the density of mercury is 13.59 g/cm^3 and g = 9.81 m/s^2

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University Physics with Modern Physics

Hugh D. Young 14th Edition

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Question 2 A vacuum gage indicates that the pressure of carbon dioxide in a closed tank is -28kPa. A mercury barometer gives the local atmospheric pressure as 750 mmHg. Determine the absolute pressure, in kPa. Assume the density of mercury is 13.59(g)/(c)m^(3) and g=9.81(m)/(s^(2)) 71.9885| Solve with exact decimal point Question2 6points Save A vacuum gage indicates that the pressure of carbon dioxide in a closed tank is -28 kPa. A mercury barometer gives the local atmospheric pressure as 750 mmHg.Determine the absolute pressure,in kPa.Assume the density of mercury is 13.59 g/cm3.and g =9.81 m/s2 71.98851