UPSC | ESE-2022| Mock Interview | Kunal Dahiya | AIR-4 | Civil Engineering | By MADE EASY Experts

[@aloksatish777]

When he stops to think, its like he is reading the book again in his mind

[@thewalker2611]

So perfectly answered each and every questions 👌❤️

[@hitman3760]

Excellent sir .....
Very impressive way to convey answer and all answers were simple sweet and easily understandable

[@MADEEASYEducation]

Dear Candidate,
Thank You for your valuable feedback. Stay tuned to our RUclips channel for more such videos.
Regards,
Team MADE EASY

[@subhash2991]

Well done bro ! You nailed it ❤

[@b_42_mayurpathare61]

Congratulations

[@deepak_dahia]

Thank you 🤗

[@deepak_dahia]

Congratulations bhai ✌💝

[@shivanshmani34]

Best aspirant

[@civilengineer-cl8vq]

Can anyone answer the question sir asked regarding the compaction concept regarding dry density and saturation density at optimum moisture content?

[@VisualPoetaster]

yes.. in compaction curve 100% saturation and 0 % Air void line get coincide . That mean at 100% saturation we will get 100% compaction of soil so air inside soil voids get reduces to 0% . THAT'S WHY Sir introduced a word "Theoretically" because in Practically we never get 100% compaction and 0% air void . so the ans is .. simply we cant achive 100% compaction of soil so we go for max dry density not for 100% dry density.

[@Din_Djarin69]

@@VisualPoetaster Well explained. Thank you very much sir.

[@kalisankarchakraborty7707]

Can u pls explain properly??
Why it's call max dry density??
Why not saturation density??
This was the question.

[@RatheeSubhash]

Congratulations 👏

[@deepak_dahia]

Thank you 🤗

[@RashmiMansukhPinara]

Man was googling inside his mind while taking pause. Excellent answers by the way. 🫡

[@b_42_mayurpathare61]

Great sir

[@Bhaktishakti2355]

Hmm right very good knowledge he has

[@ulaamankhan]

Respect.

[@deepak_dahia]

Thank you 🤗

[@m.lokanth161]

Excellent sir

[@jnf111]

Excellent bro👍

[@deepak_dahia]

Thank you 🤗

[@monadhull3845]

Congrts kunal🎉🎉🎉❤❤❤

[@deepak_dahia]

Thank you 🤗

[@kaakib8841]

Can anybody explain me why compreseive strength of cube is more than the concrete cylinder???

[@Follower090]

Concrete cubes have a higher compressive strength than cylinders because the smaller area subjected to loading in a cube test results in greater confinement. This confinement resists specimen expansion and results in more compressive strength.

[@Dahiya_Rajesh]

My student proud of u Kunal beta

[@ashishyadavf]

*son

[@farazsaleem2837]

From where did u prepare for it?

[@Srishti1234-b1s]

👌

[@kaafir.engineer]

Can we reply in hindi in ese interview ?

[@yikenboje5450]

VTU?