can you please help me with problem B i will repost for Prob C B) Express the concentrations in of each for the reacting species as a function of conversion.moldm³Evaluate CÃO, S, & then calculate the concentration of ammonia and hydrogen when the conversion of H2is 75%C) Suppose by chance, the reaction is elementary w/ rate constant kN2Write the rate ofreaction solely as a function of conversion for (i) a flow reactor and (ii) a constant volume batch reactor.40dm³mol*s= The gas phase reactionNH3Is to be carried out isothermally first in a flow reactor. The molar feed is 50% H₂ and 50% N₂, at apressure of 16.4 atm and at a temperature of 227 °C.|1A) Construct a complete stoichiometric table for the molar flow rate and gas-phase concentrationsusing the correct limiting reactant.Mole of SpeciesN2H2NH3Total3N₂ + H₂Initial50500100Changing-16.67-5033.33Assumption: 100% of the limiting reactantEquilibrium/Final33.33033.3366.670.5 N₂ + 1.5 H₂ →0.5 mol N₂ + 1.5 H₂ → NH316.67 mol N₂ + 50 mol H₂ → 33.3 mol NH3H₂is the limiting reactant & N₂is the excess reactant.Moles of N₂= 3.33 = 50%Moles of NH3 = 50%NH3Comp50050100

Given data.The gas-phase reactionis to be carried first in a flow out isothermally. reactor. The…

Answered: B) Express the concentrations in of…

Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

See similar textbooks

Related questions

Question

100%

can you please help me with problem B i will repost for Prob C

B) Express the concentrations in of each for the reacting species as a function of conversion.
mol
dm³
Evaluate CÃO, S, & then calculate the concentration of ammonia and hydrogen when the conversion of H2
is 75%
C) Suppose by chance, the reaction is elementary w/ rate constant kN2
Write the rate of
reaction solely as a function of conversion for (i) a flow reactor and (ii) a constant volume batch reactor.
40dm³
mol*s
=

The gas phase reaction
NH3
Is to be carried out isothermally first in a flow reactor. The molar feed is 50% H₂ and 50% N₂, at a
pressure of 16.4 atm and at a temperature of 227 °C.
|
1
A) Construct a complete stoichiometric table for the molar flow rate and gas-phase concentrations
using the correct limiting reactant.
Mole of Species
N2
H2
NH3
Total
3
N₂ + H₂
Initial
50
50
0
100
Changing
-16.67
-50
33.33
Assumption: 100% of the limiting reactant
Equilibrium/Final
33.33
0
33.33
66.67
0.5 N₂ + 1.5 H₂ →
0.5 mol N₂ + 1.5 H₂ → NH3
16.67 mol N₂ + 50 mol H₂ → 33.3 mol NH3
H₂is the limiting reactant & N₂is the excess reactant.
Moles of N₂= 3.33 = 50%
Moles of NH3 = 50%
NH3
Comp
50
0
50
100

Expert Solution

Step 1: Explaining

Given data.
The gas-phase reaction
$1 half N subscript 2 plus 3 over 2 H subscript 2 rightwards arrow N H subscript 3$
is to be carried first in a flow out isothermally. reactor. The molar feed is 50%. H₂ and 50% N₂ at a Pressure of 16.4 atm and temperature of 227°C.

$1 third N subscript 2 plus H subscript 2 rightwards arrow 2 over 3 N H subscript 3$

SPECIES	SYMBOL	INITIAL	CHANGES
H₂	A	FA0	$F subscript A equals F subscript A 0 end subscript open parentheses 1 minus X close parentheses$
N₂	B	$negative F subscript A 0 subscript X end subscript over 3$	$F subscript B equals F subscript A 0 end subscript left parenthesis O subscript B minus X subscript B right parenthesis$
NH₃	C	$fraction numerator 2 F subscript A 0 subscript X end subscript over denominator 3 end fraction$	$F subscript C equals 2 over 3 F subscript A 0 end subscript X$

Step by step

Solved in 4 steps with 11 images

SEE SOLUTION Check out a sample Q&A here

Follow-up Questions

Read through expert solutions to related follow-up questions below.

Follow-up Question

thank you so much can you please help me w/ part C now

Suppose by chance, the reaction is elementary w/ rate constant Write the rate of reaction solely as a function of conversion for (i) a flow reactor and (ii) a constant volume batch reactor.

KN2=40 dm^3/mol.s

Solution