1. Methanol at 675 deg C enters an adiabatic reactor and is converted as in the...

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1. Methanol at 675 deg C enters an adiabatic reactor and is converted as in the reaction below. CH3OH → HCHO + H₂O Assume 100 mols of methanol in the feed. The fractional conversion is 25%.. Calculate the outlet temperature of the reactor. Given specific heats of methanol, formaldehyde and water are: 17, 12,7 cal/gmol. deg C respectively. To solve this problem. You will need to make a table with the following: species, moles, temperature, delta T, CpDT, heats of formation for both In and OUT from the reactor. What information is needed to solve the problem. Write the solution in the form of an equation. 1. Methanol at 675 deg C enters an adiabatic reactor and is converted as in the reaction below. CH3OH → HCHO + H₂O Assume 100 mols of methanol in the feed. The fractional conversion is 25%.. Calculate the outlet temperature of the reactor. Given specific heats of methanol, formaldehyde and water are: 17, 12,7 cal/gmol. deg C respectively. To solve this problem. You will need to make a table with the following: species, moles, temperature, delta T, CpDT, heats of formation for both In and OUT from the reactor. What information is needed to solve the problem. Write the solution in the form of an equation.