2 a) Calculate the universal gas constant (R) of ideal natural gas at standard conditions of 60 °F and 14.73 psia, if volume of the tank is 100 ft' and has a pressure of 40 psig. The temperature of...


2<br>a) Calculate the universal gas constant (R) of ideal natural gas<br>at standard conditions of 60 °F and 14.73 psia, if volume of<br>the tank is 100 ft' and has a pressure of 40 psig. The<br>temperature of the gas in the tank is given as 90°F while<br>number of mole of gas is 1.<br>

Extracted text: 2 a) Calculate the universal gas constant (R) of ideal natural gas at standard conditions of 60 °F and 14.73 psia, if volume of the tank is 100 ft' and has a pressure of 40 psig. The temperature of the gas in the tank is given as 90°F while number of mole of gas is 1.
1<br>a) Calculate the Barrels of hydrocarbons per metric ton that has<br>a fluid density of 0.96 g/ml.<br>[10 marks]<br>b) Calculate the dry ash contents of hydrocarbons for the given<br>data shown in Table Q1 (b).<br>[10 marks]<br>Table Q1 (b): Hydrocarbon's ash data.<br>Weight<br>3.6 g<br>8.2 g<br>Parameter<br>Crucible<br>Ash<br>Hydrocarbon 5.1 g<br>Moisture<br>8.2%<br>e) Define biogenic gas and thermogenic gas produced during<br>geo-fingerprinting.<br>[2 marks]<br>d) Describe five advantages of gravimetry method.<br>

Extracted text: 1 a) Calculate the Barrels of hydrocarbons per metric ton that has a fluid density of 0.96 g/ml. [10 marks] b) Calculate the dry ash contents of hydrocarbons for the given data shown in Table Q1 (b). [10 marks] Table Q1 (b): Hydrocarbon's ash data. Weight 3.6 g 8.2 g Parameter Crucible Ash Hydrocarbon 5.1 g Moisture 8.2% e) Define biogenic gas and thermogenic gas produced during geo-fingerprinting. [2 marks] d) Describe five advantages of gravimetry method.

Jun 10, 2022
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