ANSWER ALL THREE AND GET A LIKE <3A kilomole of Methane is 16 kg. Compute the density of Methane in kg/m3 at 20°C and 5 atm pressure.Ammonia at a temperature of 42°C is contained in a 400-L steel tank. If the tank is heated such that the pressure increases by 140%, what is the final temperature in °C?A 0.8 m diameter sphere contains helium at 20 bar and 28°C. How many cylindrical drums 12 cm in diameter and 70 cm long, which are initially devoid of any gas, can be filled to a pressure of 3 bar at 18°C? Assume the helium in the sphere remains at 28°C.

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Answered: A kilomole of Methane is 16 kg. Compute…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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ANSWER ALL THREE AND GET A LIKE <3

A kilomole of Methane is 16 kg. Compute the density of Methane in kg/m³ at 20°C and 5 atm pressure.
Ammonia at a temperature of 42°C is contained in a 400-L steel tank. If the tank is heated such that the pressure increases by 140%, what is the final temperature in °C?
A 0.8 m diameter sphere contains helium at 20 bar and 28°C. How many cylindrical drums 12 cm in diameter and 70 cm long, which are initially devoid of any gas, can be filled to a pressure of 3 bar at 18°C? Assume the helium in the sphere remains at 28°C.

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