The equilibrium constant of reaction
has the following values :
Determine the average heat of dissociation
Calculate the heat capacity of the equilibrium mixture at the temperature
of 2260K
If we start with n0 moles of CO and 3n0 moles of
H2, which react according to the equation ,
show that, at equilibrium,
Show that , for an ideal gas in a mixture of ideal gases ,
Starting with no moles of NO, which dissociates according to
the equation
Show that at equilibrium
A gasoline engine delivers 170 kW. The fuel used is C8H18
(l) and it enters the engine at 25°C. 150% theoretical air is used and it
enters at 45°C. The product of combustion leave the engine at 750 k, and
the heat transfer from engines is 205 kW. Determine the fuel consumption
per hour if complete combustion is achieved.
Oxygen dissociate according to the reaction,
Show that
Obtain an expression for
in terms of
and total pressure P at 3800 K, k= 1 atm and ,
calculate the value of
and .
Gaseous butane at 25°C is mixed with air at 420K and burned with at
400% theoretical air. Determine the adiabatic flame temperature.
has the following values :
,
show that, at equilibrium, 
in terms of 
and total pressure P at 3800 K, k= 1 atm and 
,
calculate the value of 
and 
.