 If you want to separate two immiscible liquids, that is two liquids that do not mix with each other. For example, they can be, they can be oil plus water or even kerosene, kerosene plus water. And there are even some alcohols that do not mix with water. So basically, if you want to separate such liquids that do not mix with each other, we can use a separating funnel which looks, which looks like this. So let's go through, go through its parts. So this over here, this is called a stopcock, this is called a stopcock, which is kind of a valve, it's kind of a valve. And its main purpose is to make sure that the liquids that are coming out from, from over here, they flow at a steady rate, like it's a control flow. So you can, you can regulate the flow by turning this, turning this handle, this blue handle that you see, right? You can, you can turn it and then control the flow of the liquid that is coming from below. So that's the purpose of a stopcock. At the top, you have a stopper. The purpose of stopper is to ensure that no liquid spills out from the separating funnel. This thing right here, this thing is the separating funnel. And you can see two liquids in the image. Now the denser liquid settles at the bottom and then you can turn the handle, you can turn the handle to make sure that the denser liquid starts coming out from below. Then you can collect it and collect it in a beaker or any, any sort of container. Once you are done collecting all the green liquid here, then you can change the beaker and then let, let the yellow liquid over here get collected in a different beaker. And that is how you can separate two liquids that do not mix with each other or two immiscible liquids. This is a pretty straightforward method using a separating funnel to separate such two liquids. And can be used to separate oil, water, kerosene, water and any examples of any immiscible liquids.