Well explained video but still I'm having some doubts. If the water is continously being pumped out of the main tube, how is the level of water in the main tube less (surrounding level may drop as of draw down curve but how is it possible that the water being continously pumped out from the tube itself has a lower level?) and the next thing is how the area considered as cylindrical? and since the water being pumped out from the unconfined aquifer is at the bottom of the pervious layer i.e can be rocks or sediment deposit's bottom and in the figure we can see that the water has it's own layer. so, if the water removed is replaced by the adjacent water, it should be free to move and how is the concept of water percolating the soil is explained? And also since it is field test, how is the value of h1 and h2 determined in the field?(as it is below the ground) Anyone who knows, please explain this
Iam also a teacher sir, i would like to teach to my students im this format could you please kindly let me know, Which tool you use to create these videos.
I think from the assumption that the flow is radial. so, considering cylindrical surface area due to radial flow towards the main tube. also the tube well is cylindrical. so, maybe cylindrical outflow=cylindrical inflow. I'm also not sure.
Eternally thankful for this animation❤️
Thnx sir for explaining by animation...i wish u best to upload more videos like this... which will help all the students.
Extremely helpful video, continue the good work👌
You a re genius bro, thanks for sharing. Greetings from Mexico.
Well explained..... Every point is very clear...
Extra ordinary explanation - very very clear
excellent explanation! love from 🇧🇩
I like the visualization ... well explained!
nice explaination. Thank you very much
I completed your all videos plz make more videos
Very nicely explained.. thank you so much sir..
thank you very much for your detailed explanation. I wish I had this video while in school.
Sir please try to put the videos in all subjects ...very use full thanks.
Thank you so much. This has been very educational. The animation was well prepared.
Thanks again. I will like and subscribe
Great lectures
Thank u so much sir u explained it very well it helped me a lot 🙏🙏
Great presentation
Concept clear explanation 💯
Thanks you
Superb explained with the amazing video....like it.
Abd plz make such videos of other subjects if possible.
Thank a ton..
Thank you
Nice work sir
Mind blowing Sir...keep it up!👍👍👍
Superb explanation sir😊
Excellent
Next topic make a video
Stength of material/Mechanics of structure study
These videos are helping a lot.Also please try to post all subjects
Great work!!!
Well explained (y)
Gracias😚
sir amazing
Sir ur using pumping out method for both confined & unconfined aquifers. Please rectify that 👈
thank you sir !!!
Well explained video but still I'm having some doubts. If the water is continously being pumped out of the main tube, how is the level of water in the main tube less (surrounding level may drop as of draw down curve but how is it possible that the water being continously pumped out from the tube itself has a lower level?) and the next thing is how the area considered as cylindrical? and since the water being pumped out from the unconfined aquifer is at the bottom of the pervious layer i.e can be rocks or sediment deposit's bottom and in the figure we can see that the water has it's own layer. so, if the water removed is replaced by the adjacent water, it should be free to move and how is the concept of water percolating the soil is explained? And also since it is field test, how is the value of h1 and h2 determined in the field?(as it is below the ground) Anyone who knows, please explain this
Explanation is superb👌👌👌
Extraordinary
Tell the what software is used sir,
Sir plz upload new video 2 weeks have passed sir
Sir if i had some doubt ,how can i ask about it
make more videos pls sir
Lets say unconfined aqufier tickness is 10 m, which depth should well go into this layer to use all water in that layer? 9m or something?
Iam also a teacher sir, i would like to teach to my students im this format could you please kindly let me know, Which tool you use to create these videos.
How do we get that cylindrical area of radius r
I think from the assumption that the flow is radial. so, considering cylindrical surface area due to radial flow towards the main tube. also the tube well is cylindrical. so, maybe cylindrical outflow=cylindrical inflow. I'm also not sure.
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a
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