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Problem No: 5 A rigid container contains 1 mole of H 2 at 3 0 0 K and 1 bar. If H 2 can be
Problem No: A rigid container contains mole of at and bar. If can be considered as an ideal gas, what is the total amount of heat required to increase its pressure from bar to bar You need to consider the temperature dependence of the molar heat capacity of ; ie: If the autoignition temperature of is are we still safe when we reach bar? Which value would you calculate for the total amount of heat to increase the pressure to bar if you have used a constant heat capacity for Please give the reference of constant Cp value or can we make a comment without constant Cp value?
Problem No: A rigid container contains mole of at and bar. If can be
considered as an ideal gas, what is the total amount of heat required to increase its pressure from
bar to bar You need to consider the temperature dependence of the molar heat capacity of
; ie: If the autoignition temperature of is are we still safe
when we reach bar? Which value would you calculate for the total amount of heat to increase
the pressure to bar if you have used a constant heat capacity for Please give the reference of constant Cp value or can we make a comment without constant Cp value?
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