We have a process that reacts 67% ch4 in o2 at 10 atm to form syngas (ahr =-8.5 kcal/mol-ch). (a) estimate the adiabatic reactor temperature at completion if we produce 100% syngas with a feed temperature of 400°c. assume cp =7/2r=7 cal/mol k). (b) estimate the adiabatic reactor temperature if we suddenly begin producing 100% total combustion products (ah, =192 kcal/mol). (c) what must we be concerned with regarding reactor construction materials and pressure relief capabilities to design for this possibility?

the law of conservation of mass states that in a chemical reaction, the total mass of reactants is equal to the total mass of products. because atoms are only rearranged in a chemical reaction, there must be the same number of sodium atoms and chlorine atoms in both the reactants and products

the answer is 1260

you spend 7 hours in school for 1 school day with 5 school days in 1 school week with 36 school weeks in a school year.

7*5*36= 1260 it's all about multiplying

if the temperature drops and becomes cool

then the atmosphere can be freezing as the water vapor in the air is at maximum (100%) and can be severely cold

also can be snowing lightly as the moisture in the air will start to solidify

and btw this is not chemistry but