00:01
In this question we have the value of a power p which is equals to 3950 kilowatt.
00:09
Now the equivalence ratio, the equivalence ratio which is equal to 0 .286 and the airflow rate.
00:30
Air flow rate which is equals to 15 .9 kg per second.
00:40
Now using this information we can write balanced equation that is c 1 .6 h 4 .32 plus a plus a multiplied by o2 plus 3 .76 n2 it gives b co2 plus ch2o plus d o2 plus 3 .76 multiplied by a n2 h.
01:14
This is in the multiplication, okay, here.
01:18
So now here we can write down the hydrogen balance, the hydrogen balance, that is 2c, which is equal to 4, so 4 .32.
01:39
So therefore we get the value of c which is equal to 2 .16.
01:45
Then the carbon balance which is b which is equal to 1 .16 then for the oxygen oxygen balance we can write 2a which is equal to 2 multiplied by 1.
02:13
1 .6 plus 2 .1 which gives a which is equals to 2 .24.
02:21
Now next we can write down the above equation becomes this equation 1 becomes c1 .6h 4 .32 plus 2 .24 multiplied by o2 plus 3 .76 and 2.
02:44
It gives 1 .16 co2 plus 2 .16 h2...