When you want to apply a small tweak to the document, it should not take long to Design equation resolution. This kind of basic activity does not have to demand extra training or running through manuals to understand it. With the right document modifying resource, you will not take more time than is necessary for such a swift edit. Use DocHub to streamline your modifying process whether you are a skilled user or if it is the first time making use of a web-based editor service. This instrument will require minutes or so to learn to Design equation resolution. The only thing needed to get more productive with editing is a DocHub account.
A simple document editor like DocHub will help you optimize the time you need to dedicate to document modifying regardless of your previous knowledge of this kind of tools. Make an account now and enhance your productivity instantly with DocHub!
hey guys in this video we are going to be looking at the CSTR design equation the constant stirred tank reactor and were also going to be determining the residence time theyll be required for a particular reaction and giving concentrations and so to begin with on the left here in green Ive drawn what a CSTR looks like we have some flow into our system this flow rates will flow rate FA naught will denote the number of moles of a component a that I have entering our system in the inlet stream per time we have a flow rate exiting our reactor called FA the number of moles of a that are leaving our reactor per time and then inside of our constant stirred tank reactor we have a concentration CA as well as some volume v and CA the important thing to make note of with cstrs is that because we assume quite often that theyre well mixed that means they are homogeneous throughout the concentration is the same throughout the concentration of your outlet stream will be the same as the concentr