Your explanation is detailed.

Very informative 👌🏼💕💕

thanks a lot . very helpfull

Thanks and Regards !!

Love from India

thank you for sharing sir

Thank you for this explications.

Nice Work❤

Informative 👌

Thanks.all understanding

well explained Sir..... Thanks,,,,. Subscribed

@GeotechwithNaqeeb

3 жыл бұрын

Thanks and welcome

Well explained sir

The sieve used for Atterberg limits tests is 425 micron sieve

@Gomdaninoto7475

2 жыл бұрын

Right me bhi 425 hi ush karta hu muje ye pura test aata he ye galat he

@MsBagdi

Жыл бұрын

Bhai seive no 40 bola hai mtl 425 micron ki sieve ka no 40 hai

Good efforts

Well explained

Zazakallah sir

Excellent

Thank you sir

Can we find it by casa grande method?

Hi thanks for sharing this video..i have a question..wich standard of astm is?

Thanks

Sir kindly share the video of vane shear test.

At 12:27 I think Wf should be replaced by Delta w, because its not the final water content, but the change in water water content.

@GeotechwithNaqeeb

2 жыл бұрын

no

@kisaki3074

Жыл бұрын

@@GeotechwithNaqeeb yes

Sir will u please tell. The maximum and minimum range for shrinkage limit for cohessive soil. For example. The shrinkage limit value is 14.05% How we determine that the given sample of soil is under the range of shrinkage limit.

@sorifislam7295

7 ай бұрын

Shrinkage limit

Nice

How is that happened doctor? If weight of water is 10.7 g then the volume of water should be 10.7 cc

Sir, agar Mercury Naa ho to kya Hum Tin ka internal Volume or dried sample ka volume measure kar k formula se determine kar sakte hein..

@GeotechwithNaqeeb

2 жыл бұрын

this will lead to errors

The mositure content value(wi) is not 53.5% it is 48.5%

@prasannadahal5981

Жыл бұрын

Nonsense the calculations is correct

Present sir

@demonghostyt

2 жыл бұрын

🤔🤔🤔🤔

Sir short course arrange kre, certificate k sat.....

can anyone explain why the soil is sieved ?

@GeotechwithNaqeeb

2 жыл бұрын

to convert the soil to origional grain size

Nice 👌

Pak se h ka

sorry sir, firstly u should measured to mercury density at room temperature then you can accurately find volume of mercury in given container. your experiment is not perfect and not accurate. your lab technician not beard silicon glubs due to measuring physical parameters of mercury and not sligthly and gradually move to lid on the mercury upper surface tension layer

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