For all those concerned about Ci value during RL calculations, basically RL is separation factor, on basis of which we determine whether the adsorption is unfavorable, favorable or reversible. So here, I think @Nanoencryption taken Ci as 50 just as an example, for your research paper you have to calculate RL for all the concentration then you can explain your fit that it is favorable or otherwise at different concentration. It may be favorable at lower concentration based on RL value or may be reversible on higher concentration. Hope I explained it well here. I shall upload the same on my channel so would explain there too. Good luck
we did isotherms on single parameter, how to extend it by conducting it with some more time or concentrations as least existing data main 2 or 3 values add karni ha?as it possible please clarify thank you
Thank you sir for this informative video. Sir can you please explain that how to plot linear, non-linear and experimental data of langmuir isotherm together?
Dear Sir/Madam, I have 2 questions 1. How to find the equilibrium concentration (Ce)? 2. Here you have taken 10 different concentrations as the initial concentration then why you have taken the concentration 50 mg/l as the initial concentration (Ci)? I hope for clarification of my questions. Thanking you.
1. When adsorbent stops adsorbing ahead metal ions form water & there's no change in the concentration of a metal ion in the solution with the time that'll be your equilibrium concentration (Ce). It's mean that the concentration resides in solutions after the adsorption. It's also estimated by using Atomic Adsorption Spectroscopy. 2. Due to several or different factors. Because I have optimized the concentration at 50 that's why I have chosen. And also it depends upon some factors such as... (a) The behaviour of your adsorbent towards low and high concentration. (b) You can take Ci a/c to your adsorbent and adsorbate. (c) the concentration of that metal ions in environmental samples. (d) Ci is the initial concentration of the metal ion that we take for the adsorption(Before the adsorption).
@@NanoencryptionSKP 2. So we can take any one concentration as Ci for to get another parameters in Langmuir isotherm If I have 4 concentration i.e., 5, 10, 15 & 20 mg/l and fitted with Langmuir isotherm then which concentration should I take as you have taken 50 mg/l?
But it is an Adsorption test. Using Batch Adsorption Experiment... Please first read some articles.... which I have already mentioned in the description box. Thank you 🙂🙏
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For all those concerned about Ci value during RL calculations, basically RL is separation factor, on basis of which we determine whether the adsorption is unfavorable, favorable or reversible. So here, I think @Nanoencryption taken Ci as 50 just as an example, for your research paper you have to calculate RL for all the concentration then you can explain your fit that it is favorable or otherwise at different concentration. It may be favorable at lower concentration based on RL value or may be reversible on higher concentration. Hope I explained it well here. I shall upload the same on my channel so would explain there too. Good luck
Hi thank you sir
I have one question in calculation RL why we put 50 for ci?
Thank you sir, this video is really good
Can you do a vid on finding Qst values for gas adsorption, I.e., CO2 adsorption
we did isotherms on single parameter, how to extend it by conducting it with some more time or concentrations as least existing data main 2 or 3 values add karni ha?as it possible please clarify thank you
Can you put an example of Langmuir-Hinshenwoold kinetics for photocatalytic degradación? Please please
Can it apply when the initial concentration for all point same value
Thank you sir for this informative video. Sir can you please explain that how to plot linear, non-linear and experimental data of langmuir isotherm together?
Is there reference are available on it?.
why C_e changes in every expt due to the initial concentration changes????
Please help me how to download Origin software
Dear Sir/Madam,
I have 2 questions
1. How to find the equilibrium concentration (Ce)?
2. Here you have taken 10 different concentrations as the initial concentration then why you have taken the concentration 50 mg/l as the initial concentration (Ci)?
I hope for clarification of my questions.
Thanking you.
1. When adsorbent stops adsorbing ahead metal ions form water & there's no change in the concentration of a metal ion in the solution with the time that'll be your equilibrium concentration (Ce). It's mean that the concentration resides in solutions after the adsorption.
It's also estimated by using Atomic Adsorption Spectroscopy.
2. Due to several or different factors. Because I have optimized the concentration at 50 that's why I have chosen. And also it depends upon some factors such as...
(a) The behaviour of your adsorbent towards low and high concentration.
(b) You can take Ci a/c to your adsorbent and adsorbate.
(c) the concentration of that metal ions in environmental samples.
(d) Ci is the initial concentration of the metal ion that we take for the adsorption(Before the adsorption).
@@NanoencryptionSKP I just want to know that how to find that concentration? How to measure or calculate if we have done UV-Vis. Spectroscopy
@@NanoencryptionSKP 2. So we can take any one concentration as Ci for to get another parameters in Langmuir isotherm
If I have 4 concentration i.e., 5, 10, 15 & 20 mg/l and fitted with Langmuir isotherm then which concentration should I take as you have taken 50 mg/l?
But it is an Adsorption test. Using Batch Adsorption Experiment... Please first read some articles.... which I have already mentioned in the description box.
Thank you 🙂🙏
@@NanoencryptionSKP I have read your research article but I didn't found the answer for my questions