 So this internship has been a great learning experience for all of us Among the technologies that we've used this 3js obviously we use JavaScript to control the flow of our experiments Use JSP to communicate with the server and all our work is hosted on edx I'd like to invite Deepan Shastogi over the stage to demonstrate his experiment. Good evening all of you My name is Deepan Shastogi. I'm going to present the simulation. I prepared using 3js library It's based on the concept of ideal gas law. Here you can see the basic layout of the experiment That's the box in which the particles will be there will be added and in this info you will be able to see the instantaneous values of all the parameters involved Like if we click here, you will be able to add particles It's that simulation I added so that he understand from where the particles are coming as you can see the values of those parameters like particle count rms velocity temperature and pressure they adjusted accordingly and now the Various things that I can play with in this experiment is all given in the that GUI controls graphical user interface controls and Learner can actually play with all those controls and learn the concept behind the basic ideal gas law he can see the information regarding the Experiment if he wants to say it again the theory is it's given here and the help regarding the experiment is also It's it has been shown Now if you want to play with the simulation what we can do here is We can fix some parameter like there are three parameters given pressure volume temperature and none right now It's selected at none that means none of the parameters are fixed and I'm free to change all of these like here We can change the temperature to see the effect of temperature on pressure and rms velocity And we can change the volume and see the effect on pressure That's that's the basic idea that the learner can play with the Experiment and see what effect it has on all the other parameters now If you want to fix the temperature, then I can show it to you like if we change the volume It will try to increase the temperature But as as the temperature has been fixed it will automatically cool it down. That's what I have Developed in the Script now if we move on the assessment, then it's the basic CL algorithm that Juhi already demonstrated It's the basic equation PV is equal to NKBT. I just Edit it to I just Derided to NKBT so it is simple and the algorithm is same. That's the basic So that's all from our from my experiment and Okay, thanks