Use only the data tables given in the textbook.

A pair of reactions take place in a continuous reactor. Acetylene is produced from methane by the

following reaction:

$2C{H}_4(g)C_2{H}_2(g)+3H_2(g)$

An undesired side reaction is the decomposition of acetylene:

$C_2{H}_2(g)2C(s)+H_2(g)$

Methane is fed to the reactor at $1425C$ at a rate of $15\mathrm{.}0$molC$\frac{H_4}{s}.$ The product leaves the reactor at

$1425C,$ and the fractional conversion of methane is $0\mathrm{.}70.$ Heat is transferred to the reactor at a rate of

$1200kW.$ Heat capacities of the compounds given below are assumed constant within the temperature

range of $22C$ to $1450C.$

a$.$ Draw and label the flowchart of the reactor.

b$.$ Using the heat of formation method, prepare an inlet$-$outlet enthalpy table.

c$.$ Write and solve material balances and the energy balance to calculate molar flow rates of the

components in the product stream.