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• A barometer has liquid-1 with density 1 Kg/m^3 and height 10 cm below the outside level above that a liquid-2, if the gauge pressure of gas is 0.5 Pa, what is the pressure liquid-2?(a) 0.5 Pa(b) 1 Pa(c) 1.5 Pa(d) 2 PaThe question was asked in unit test.My doubt is from Differential Pressure Measurements in division Temperature and Pressure of Basic Chemical Engineering
• A barometer has liquid-1 with density 5 Kg/m^3 and height 10 cm below the outside level above that there is liquid-2 of length 5 cm, if the gauge pressure of the gas is 1 Pa, what is the density of liquid-2?(a) 2 Kg/m^3(b) 4 Kg/m^3(c) 6 Kg/m^3(d) 8 Kg/m^3This question was addressed to me in an online interview.Asked question is from Differential Pressure Measurements topic in section Temperature and Pressure of Basic Chemical Engineering
• A barometer the liquid-1 with density 2 Kg/m^3 and height 5 cm below the outside level and above that liquid-2 with density 0.5 Kg/m^3 and length 10 cm, what is the gauge pressure of the gas?(a) 0.01 Pa(b) 0.05 Pa(c) 0.1 Pa(d) 0.5 PaI had been asked this question during an interview for a job.This is a very interesting question from Differential Pressure Measurements topic in chapter Temperature and Pressure of Basic Chemical Engineering
• A barometer has liquid with density 1 Kg/m^3, and the gas has pressure 0.5 atm, what is the height of liquid level?(a) 0.01 atm-m^2-s^2/kg(b) 0.05 atm-m^2-s^2/kg(c) 0.1 atm-m^2-s^2/kg(d) 0.5 atm-m^2-s^2/kgI had been asked this question in an online interview.Enquiry is from Differential Pressure Measurements in division Temperature and Pressure of Basic Chemical Engineering
• A barometer has liquid of density 1 kg/m^3 of level 5 cm below the outside level, what is the pressure of the gas captured inside?(a) 0.5 atm + 1 Pa(b) 1 atm + 0.5 Pa(c) 1.5 atm + 1 Pa(d) 2 atm + 0.5 PaThe question was asked by my school teacher while I was bunking the class.My question is based upon Differential Pressure Measurements topic in section Temperature and Pressure of Basic Chemical Engineering
• A barometer has liquid level 10 cm above the outside level and the gas captured inside has the pressure of 0.5 atm, what is the density of liquid?(a) 0.5 atm-s^2/m^2(b) 1 atm-s^2/m^2(c) 1.5 atm-s^2/m^2(d) 2 atm-s^2/m^2I have been asked this question by my college professor while I was bunking the class.My question is based upon Differential Pressure Measurements in portion Temperature and Pressure of Basic Chemical Engineering
• A closed manometer is filled with 3 fluids first on the left leg with density 8 kg/m^3 and length 10 cm, middle one with density 10 kg/m^3 and height difference 5 cm more on right leg and the third on the right leg with density 15 kg/m^3, what is the length of the third liquid?(a) 1 cm(b) 2 cm(c) 3 cm(d) 4 cmThis question was posed to me in a job interview.This key question is from Differential Pressure Measurements in section Temperature and Pressure of Basic Chemical Engineering
• A closed U-tube manometer has a gas on one end with pressure 5 Pa and other end has vacuum, what is the approximate height difference of the liquid if the density of liquid is 10 Kg/m^3?(a) 5 mm(b) 10 mm(c) 50 mm(d) 100 mmThe question was asked in an online quiz.The question is from Differential Pressure Measurements in portion Temperature and Pressure of Basic Chemical Engineering
• A U-tube manometer is closed at both ends one end is vacuum and other end has a gas, if the difference in level of mercury is h = 10 mm, what is the pressure of gas?(a) 1.33 Pa(b) 1.45 Pa(c) 1.56 Pa(d) 1.75 PaI have been asked this question in an international level competition.I'm obligated to ask this question of Differential Pressure Measurements topic in division Temperature and Pressure of Basic Chemical Engineering
• A U-tube manometer is open at one end and has a gas at the other end if the level of the mercury in both legs of the manometer is equal then what is the temperature of the gas?(a) 1 Pa(b) 1 Torr(c) 1 mm Hg(d) 1 atmThis question was addressed to me by my school teacher while I was bunking the class.I need to ask this question from Differential Pressure Measurements topic in chapter Temperature and Pressure of Basic Chemical Engineering