A mixture of CH_(4) & O_(2) is used as an optimal fuel if O_(2) is present in thrice the amount required theoretically for combustion of CH_(4). Calcualte the number of effusions steps required to convert a mixture containing1 part of CH_(4) in 193 parts mixture ( parts by volume) . If calorific value (heat evolved when 1 moleis burnt) of CH_(4) is 100 cal// mole & if after each effusion 90% of CH_(4) is collected,find out what initial mole of each gas in initial mixture required for producing 1000 cal of energy after processing.[Given ( 0.9)^(5) = 0.6 ]

A mixture of CH_(4) & O_(2) is used as an optimal fuel if O_(2) is pre

1.	A mixture of CH_(4) & O_(2) is used as an optimal fuel if O_(2) is present in thrice the amount required theoretically for combustion of CH_(4). Calcualte the number of effusions steps required to convert a mixture containing1 part of CH_(4) in 193 parts mixture ( parts by volume) . If calorific value (heat evolved when 1 moleis burnt) of CH_(4) is 100 cal// mole & if after each effusion 90% of CH_(4) is collected,find out what initial mole of each gas in initial mixture required for producing 1000 cal of energy after processing.[Given ( 0.9)^(5) = 0.6 ]
Answer» ANSWER :10 STEPS, 27.78 mol `CH_(4)`, 5333.3 mol `O_(2)`