Thank you very much for the wonderful explanation. However, if I am dealing with industrial wastewater treatment in batch adsorption and the concentration is constant in the wastewater, where I cannot perform 'the effect of different concentrations on water treatment, how can I get the value of qe?
What is the difference between Ci and Ce on the left and Ci and Ce on the right? In my experiment, the initial concentration on the left is equal to 20, and only the Ce value is different. Isn't the first pseudo order a fixed concentration and conducting an experiment differently in time? I'm so confused.. Please leave comments.........
Hi, could you perform data plot using pseudo-first order model? Preferably with the regression (linear), I would like to check how you find the values of qt, to perform the plotting of the graph with the experimental and theoretical data.
I want to know the fitting method of fig. 8 and fig. 9 of the following article... "mean-field approach to dielectric relaxation in giant dielectric constant perovskite ceramics" by shanming ke et. al
Poorly understood your work what is qt here with the first set of data and qt with the second set of data how are u plotting confusing qe and qts here this is misleading
Thank you very much for the wonderful explanation. However, if I am dealing with industrial wastewater treatment in batch adsorption and the concentration is constant in the wastewater, where I cannot perform 'the effect of different concentrations on water treatment, how can I get the value of qe?
What is the difference between Ci and Ce on the left and Ci and Ce on the right?
In my experiment, the initial concentration on the left is equal to 20, and only the Ce value is different.
Isn't the first pseudo order a fixed concentration and conducting an experiment differently in time? I'm so confused.. Please leave comments.........
Thank Sir!. But i dont know why K1 = Slope/t instead of using K1 directly from the slope ?
Hi, could you perform data plot using pseudo-first order model? Preferably with the regression (linear), I would like to check how you find the values of qt, to perform the plotting of the graph with the experimental and theoretical data.
I think, there is
the Ce values in black, how did you arrive at those figures and why did you ignore the first set of Ce values in blue?
how do we know that what order our reaction follows?
Do you have 2 data , i see qt and qe use different data ?
kindly make video on intra particle diffusion kinetic model
Follow this link
th-cam.com/video/jfs8rfRrzNo/w-d-xo.html
@@NanoencryptionSKP Thanks
In papers there are 2 or 3 ki C and R2 values are given of this model..what does that mean?
N how to find these more values
@@sehrishnawaz8366 Please read some articles on this topic.
Thanks Sir
From which characterisatiin data we will calculate this
It is an adsorption test. Using Batch Adsorption Experiment...
Thank you 🙂🙏
how can i find the theoretical qt afterwards? Using data obtained after regression? I would like to find all, from time 0 to 50 min.
I think it is there.. you have to little bit try to search according to your questions on TH-cam.
I want to know the fitting method of fig. 8 and fig. 9 of the following article...
"mean-field approach to dielectric relaxation in giant dielectric constant perovskite ceramics" by shanming ke et. al
Follow this link
th-cam.com/video/w72k4o1peog/w-d-xo.html
Can you show an non linear fitting please ? The standard error is way to high..
Sir, I have already do fitting on non linear equations. Please find out in the videos sections. 🙏
why the slope is k1*t not k1? i think slope should be k1
Poorly understood your work what is qt here with the first set of data and qt with the second set of data how are u plotting confusing qe and qts here this is misleading
Sir, please follow the article..
@@NanoencryptionSKP where article
@@مصطفىحسينعليسلمان which is mentioned in the description box