Hello friends, welcome to my YouTube channel. Today we are going to learn about the difference between Iodometry and Iodometry. So when you take the Iodometric versus Iodometry, you have to keep focus on the difference between them and you have to identify the actual difference between them. So first we will learn about the Iodometry, then we will learn about the Iodometry and then we will see the differences. Means what we are going to learn, first we will understand both the component separately and then we will compare with each other. So it may be easy for us to understand the difference between them. So let's start. What is Iodometry? What is Iodometry? See, Iodometry is an indirect titration method. Iodometry is an indirect titration method where Iodine used was produced prior to the rate of titration is quantified through a separate titration. The second point, the Iodometric titration experiment helped to determine the concentration of NLI that is used to produce Iodine. That used to produce Iodine. The experiment is quite popular and mostly used in the situation where amount of oxidizing agents in a water body needs to be qualified. That is somehow what is Iodometry? Next, what is Iodometry? So Iodometry is direct titration. See, always keeping my names I have mentioned here. The Iodometry is indirect titration. While if you see, Iodometry is direct titration method. What we are doing in Iodometry where the NLI under investigation is supposed to be a reducing agent. Previously, it was oxidized and here it is reducing agent. So the titration with standard Iodine solution can only happen with a good indicator. And the second point, the end point of the reaction can be obtained from information on the stoichiometry equations and other necessarily relationships such as reducing agents and Iodine solution which act as an oxidizing agent. This is the basic idea about Iodometry and Iodometry. Now, we are moving to our focus area that is the difference between the Iodometry and Iodometry. If you see the difference very carefully, definitely you will get exact idea about what. So first, Iodometry is a titration where the Iodine produced in the previous redox reaction is titrated with a reducing agent. So please focus. Iodometry is a titration where you are doing what? You are producing Iodine in some previous redox and which you perform. And then the Iodine is titrated with some reducing agent. In Iodine, now I am coming to the Iodine Iodine is a titration method where the Iodine solution is directly titrated with the reducing agent. So see there is a difference. Here the Iodine produced by the redox redox is we are going to measure and here we are going to directly titrate Iodine with the reducing agent. So this is the difference between them. Now next, Iodometry is an indirect method of analysis. While if we see the Iodometry is a direct method of analysis, Iodometry entails two redox reactions while Iodometry entails one redox reaction. See there is a key difference here. Two redox reactions are there. Here only single redox reaction is there. Next, Iodometry Iodine get oxidized first and then reduced by some reducing agents. In the Iodometry, the Iodine get reduced immediately directly. In Iodometry, the direct with immediate reduced redox reaction is that in Iodometry is commonly observed in lots of experiments. While Iodometry is observed in less commonly observed in the experiments. Iodometry used most of time while Iodometry used very last time. Iodometry is used to quantify oxidizing agent. Always keep in mind, Iodometry is used to quantify the oxidizing agents while Iod immediately is used to quantify the reducing agents. I hope all the six differences as we seen is very clear to each and everyone. Now thank you very much for listening to the questions. Thank you very much. We will meet in the next video. Till then, bye.