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1 describe the assumptions behind the air standard cycle which are the most severe and which are the least severe2
1 determine the mass in kg of one molecule of water2 determine the mass in lbm of one molecule of methane3 the density
1 determine the percentage by mass of carbon in c8h182 determine the percentage by mass of aluminum in al2o33 determine
1 the spectral analysis of a chemical compound gave the following composition on a mass basis 291 na 405 s 304 o
1 convert the following to mass units kg or lbm a 100 kgmole of co2 b 200 times 10-3 lbmole of fe2o3 c 600 gmoles of
determine the reaction equation and molal analysis of the combustion products for the combustion of carbon disulfide
determine the reaction equation and molal analysis of the combustion products of ammonia nh3 on the surface of a heated
determine the reaction equation and volumetric analysis of the combustion products for the combustion of methyl alcohol
determine the reaction equation and volumetric analysis of the combustion products for the combustion of natural rubber
determine the reaction equation and molal airfuel ratio for the combustion of ethyl alcohol c2h5nbspoh witha 100
determine the reaction equation and molal airfuel ratio for the combustion of dimethyl ketone acetone coch32 witha 000
1 liquid ethyl alcohol at 770degf is burned in 100 theoretical air determine the heat produced per kgmole of fuel when
1 kerosene decane c10h22 with a density of 493 lbmft3nbsphas a hhv of 20484 btulbm and costs 0500 per gallon calculate
determine the reaction equation and molar fuelair ratio for the combustion of wood cellulose c6h10o5 witha 100
1 determine the reaction equation molal analysis of the combustion products and mass airfuel ratio for the combustion
1 develop a reaction equation for the combustion of polyethylene ch2ch2n in 100 theoretical air2 a simple alcohol can
propane c3h8 is burning with 130 theoretical air in a camp stove determinea the reaction equationb the molar airfuel
the combustion of an unknown amount of benzene x moles of c6h6 in pure oxygen in a chemical reactor produces the
the combustion of an unknown amount of ethylene x moles of c2h4 in pure oxygen in a laboratory experiment produces the
the combustion of an unknown amount of acetylene x moles of c2h2 with pure oxygen in an oxyacetylene torch produces the
an unknown amount of butane x moles of c4h10 is burned with pure oxygen in a bomb calorimeter the dry gas molar
the combustion of an unknown amount of methane x moles of ch4 in a furnace results in the following dry exhaust gas
the combustion of an unknown amount of propane x moles of c3h8 in an industrial oven produces the following dry exhaust
an unknown amount of ethane x moles of c2h6 is burned in a combustion chamber with air the dry gas molal analysis of
the combustion of an unknown amount of propylene x moles of c3h6 with air in a prototype space heater produced the