A stream of pure liquid benzene flowing at a rate of 10 mol/s at 40°C and 10 bar enters a vessel where it is flashed. At steady-state, 6 mol/s of the benzene leaves as vapor, and the rest leaves as liquid. The flash vessel operates at a pressure of 5 bar; determine the rate of heat input required (in W). At 1 atm, benzene boils at 80.1°C and has an enthalpy of vaporization of 30,765 J/mol.

Q: Question 1 A small sphere of reference-grade iron with a specific heat of 447 J/kg.K and a mass of 0...

A: since you have posted multiple questions and have not specified which question is to be answered, we...

Q: 1. An incompressible Newtonian liquid is in steady laminar flow in a slit formed by two parallel ver...

A: The given diagram for the flow of fluid in a slit is:   Given conditions of the flow: The flow is ...

Q: In the burning of pyrite containing 92% FeS2 and 8% gangue, 13% of the FeS2 charged is lost in the c...

A: Pyrite analysis: 92% FeS2 and 8% gangue The percentage of this charged FeS2 lost in cinder is 13%. P...

Q: Nitric acid is a key industrial chemical, largely used to make fertilizers and explosives. The first...

A: The reaction of the oxidation of ammonia gas with the dioxygen gas to produce nitrogen monoxide gas ...

Q: What are the five possible feed conditions?

A: The five possible conditions of the feed are to be mentioned.

Q: 6.33 Calculate the fugacity of methane gas at 322 K and 55 bar, given that the critical constants ar...

A: given that, temperature T = 322 K Pressure P = 55 bar the critical temperature of methane gas Tc = 1...

Q: Consider a well-stirred tank contains a liquid volume V with in initial solute concentration c_0.An ...

A: Given data: Initial concentration of solute = C0 Concentration at the exit of tank = C Volumetric fl...

Q: Chemical Engineering Question

A: Given data: The volumetric flow rate in a circular tube is inversely proportional to the viscosity f...

Q: 1. Consider diffusion and reaction in a layer of soil. The problem is governed by the following equa...

A: The given partial differential equation for the diffusion and reaction in the soil layer is:

Q: how many grams of O2 are needed to produce 3.50g of CO2?

A: The reaction is:C + O2 →CO2

Q: A boiler you make use of has coal, which is low in sulfur and nitrogen, as fuel. The coal contains 4...

A:

Q: Liza is a chemical engineer working for a wastewater treatment facility. One of thebyproducts of sew...

A:

Q: Fluid please solve the two points

A: Hello. Since your question has multiple parts, we will solve first question for you. If you want rem...

Q: How does the spray nozzle create kinetic energy in a deodorant bottle? Give a verbal explanation tha...

A:

Q: 5. For your feasibility study your adviser assigned you to a power plant that makes use of coal as i...

A:

Q: A conventional multiloop control scheme consisting of two PI controllers is to be used to control th...

A:

Q: 75% pure raw sulfur is burned in excess air supplied at the rate of 4.75m3/kg of raw sulfur at 28⁰C,...

A: Given data: Purity of sulfur = 75 % Excess Air supplied = 4.75 m3/kg of raw sulfur Temperature of ai...

Q: Compute the mean energy at 298 K of a two-level system of energy separation equivalent to 500 cm−1.

A: The amount of mean energy for a system of two-level energy separation is to be computed.

Q: Thermodynamics. Steam enters an adiabatic turbine at 50 bar, 5000C and, after a stationary process, ...

A:

Q: The irreversible liquid-phase reaction A à 2B + C is carried out isothermally at 127 oC. in a well-m...

A: Given that, Irreversible liquid phase reaction A → 2B + C Temperature T = 127oC Order of the Reactio...

Q: What is the oven dry weight of a 100g soil that contains 16% water?

A:

Q: A sample of a liquid hydrocarbon known to consist of mol-ecules with five carbon atoms is vaporized ...

A: The molecular formula of the mentioned hydro-carbon is to be stated.

Q: Consider the following block diagram. R + + 1 Ke (s+1) (3s +1 ) Calculate the value of K. for which ...

A: In the given question, it has been asked to calculate the value of Kc for the closed-loop control sy...

Q: how large in diameter Dw does a piston need to be for a woman with a weight Ww = 750N to stand on it...

A:

Q: A converter gas contains 10 kmol SO3. If this converter gas is allowed to pass through an absorber u...

A: Given The above step is a part of Contact Process for manufacturing H2SO4 SO3 consumed= 10 Kmol Abso...

Q: See attachment for the question!

A: Hello. Since your question has multiple sub-parts, we will solve first three sub-parts for you. If y...

Q: In the burning of pyrite containing 92% FeS2 and 8% gangue, 13% of the FeS2 charged is lost in the c...

A: Note: We are authorized to answer three subparts at a time, since you have not mentioned which part ...

Q: One hundred pounds per hour of iron pyrites containing 90% FeS2 and 10% gangue are burned with 20% e...

A:

Q: What is meant by turndown ratio?

A: The definition of the turndown ratio is to be mentioned.

Q: Styrene is polymerized by free radical mechanism in solution. The initial monomer and initiator conc...

A: (a) The rate of initiation is to be calculated at the time of 1 min and at 16.6 hrs.   Let the conce...

Q: A single-pass cross-flow heat exchanger with both fluids unmixed has water entering at 16C and exiti...

A: Given that, Flow rate of oil Vh = 0.19 m3/min = 0.00317 m3/s Density of oil ρ = 870 kg/ m3 Inlet tem...

Q: A sulfur burner, burning sulfur of 98% purity with dry air, discharged gas at 1300°F containing 16% ...

A: Raw sulfur with 98% purity is burned with dry air to produce discharge gas. Let the basis of the cal...

Q: For  each of the cases below, determine if the heat engine satisfies the first law and if it violate...

A: First law of thermodynamics: First law of thermodynamics represents the law of conservation of energ...

Q: A circumferential copper fins (1.5 cm long and 3mm thick) of rectangular profile are mounted on a 2....

A:

Q: provide step by step solution. Show every step. Assume the reader is learning from you

A: The schematic diagram given for the 1st order reaction taking place in a CSTR with 1 inflow and 1 ou...

Q: The reactor feed (not the fresh feed from the process) contains 3 moles of ethylene per mole of oxyg...

A: The reactor exit contains ethylene oxide, carbon dioxide, water, ethylene, and oxygen. Thus, the rea...

Q: 5.4 Reactor response to a nonreactive tracer Consider a nonreactive tracer in a fluid (e.g., Na* ion...

A:

Q: Estimate the following: (a) the volume occupied by 18 kg of ethylene at 328.15 K and 35 bar. (b) the...

A:

Q: One kmol of an ideal gas at 500 K is taken through an adiabatic expansion from 5 to 3 bar. Theproces...

A:  

Q: نقطتان )2( Using the data shown in the figure below and Mark-Howink equation with constants K = 0.06...

A: Given that, Constants of Mark – Howink equation K = 0.065 a = 0.81 From the graph, intrinsic viscosi...

Q: 5D. Compute the pressure required to reduce the volume of 1.00 cm of Cu at 1.00 atm by 0.2%. For Cu:...

A: Given data: Volume of copper at 1 atm = 1 cm3 Density of copper = 8.96 g/cm3 Value of isothermal com...

Q: What physical concept forms the premise of VSEPR theory?

A:

Q: A 400 ft3 tank of compressed helium is at a pressure of 55 psig and 15°C. It is connected to a small...

A: Given that, The volume of Tank 1 V1 = 400 ft3 = 11.33 m3 The gage pressure of Helium gas in Tank 1 =...

Q: A sulfur burner, burning sulfur of 98% purity with dry air, discharged gas at 1300°F containing 16% ...

A:

Q: Transport Phenomena Question

A: This is 2-D problem and hence components in Z-direction are 0.

Q: A wall of a house is made of 0.2 m layer of brick followed by 0.05 m of plaster. Calculate the thick...

A: Given data: Thickness of layer of brick = 0.2 m Thickness of plaster layer = 0.05 m Thermal conducti...

Introduction and Basic Calculations in Multiphase Systems

Chemical calculations involve material and energy balance calculations which enable engineers to calculate material and energy requirements in various chemical processes. In addition to this, chemical calculations help to study the behavior and properties of gases, liquids, and their mixtures.