Explain a feed stream containing a mixture

Reference no: EM13171824

A feed stream containing a mixture of 40% n-butane, 30% n-pentane and 30% n-hexane flows into a flash unit. The flash temperature is 290 K and the flash pressure is 0.6 bar. What is the ratio of the exit vapor feed flow to the feed flow rate? What are the compositions of the exit streams?

Reference no: EM13171824

Questions Cloud

State worked up the reaction and isolated : he worked up the reaction and isolated 2.4 g of MnCl2. What was his percent yield?

What is the molar enthalpy of combustion of p4 : When 3.41 g of P4 is burned, 86.1 kJ of thermal energy is evolved at constant pressure. What is the molar enthalpy of combustion of P4?

Calculate heat content in units of calories and in calories : A 2.00 gram peanut is burned in a bomb calorimeter containing 1234 grams of water. The temperature of the water increases from 25.00 Celsius to 30.25 Celsius.

State butanol reacted with hcl : Assuming an Sn1 reaction mechanism, predict the major organic product(s) of (s)-3,3-dimethy-2-butanol reacted with HCl.

Explain a feed stream containing a mixture : A feed stream containing a mixture of 40% n-butane, 30% n-pentane and 30% n-hexane flows into a flash unit. The flash temperature is 290 K and the flash pressure is 0.6 bar

What is the maximum concentration of mg2+ ion : What is the maximum concentration of Mg2+ ion that can remain dissolved in a solution that contains 0.7719 M NH3 and 0.3031 M NH4Cl?

Evaluating career choice arguments : Identify the two most compelling arguments that were presented. List one that had a logical error in it but which you still thought was important. Were there any errors in truth with the argument? Describe what those errors were and what made them er..

Calculate the concentration of a solution ba(no3)2 prepared : When 54.01 g of Ba(NO3)2 is dissolved into a total volume of 3.23L of solution.

Explain the enthalpy change for the reaction of hydrogen gas : The enthalpy change for the reaction of hydrogen gas with flourine gas to produce hydrogen flouride is -542kJ fo the equation as written H2+F2=2HF deltaH=-542kJ

User Account

All Pages