Soil Sieve Analysis

[@BernardSuylanyuy]

This is amazing ma God should protect you

[@belalnor3970]

Ty u are a great teacher wish u good luck

[@rukahyunsuk]

Are we not going to calculate the cumulative Weight retained?

[@danielangmor7168]

very interesting..... it help a lot! congratulations 🎊🎊🎊🎊🎊

[@TheEngineeringProf]

You're a female Penuel Ma'am. you are the best!

[@creationneverends7306]

What is the type of soil now

[@carllesterocampo1856]

Maam the summation of all mass retain is 445

[@cale31032008]

Me too.

[@zeroshilling8247]

thanks for this effort

[@baligeyasteven1509]

Good and detailed explanation good work but if they give sieve nos and %finer how can you solve to get percentage retain

[@MAN-up9hl]

thank you madam . you did great job .. thank you so much

[@michellebandhaso8927]

what abt the c and d part??

[@shahkhan86]

awsome teacher

[@magui_tv3857]

It helps me a lot mam, thank you so much,,

[@mosesinspiredmusicacademym2665]

Thank you very much madam

[@EternalDan7]

Terimakasih banyak boss

[@TwinomujuniBenjamin-k7x]

Nice work but the sum of %retained is 445 not 450

[@ryujinoninoninonina3255]

i dont get it howd u got the mm on D10,D30, and D60

[@ceeeychayey]

Is there a way to memorize openings (mm) of sieves easily? Like patterns

[@Prakash-rw8eh]

Thanks for good explanation

[@jannatulferdows7489]

Thank you.

[@intresting8355]

Given below is the grain size analysis of an inorganic soil. for 4.75 sieve %fineness is 100 ,for 2.40 sieve % fines is 90,for 1.20 sieve %fines is64,for 0.60 sieve%fines is 38,for 0.042 sieve %fines is 18,for0.075 sieve %fines is 10 For this soil, LL=38% and PL=19%. Classify the soil according to Indian standard system plz do this mam

[@ezpeezee5368]

where came from the opener? and the D10 value? great explanation but not all in details. tsk

[@vanoski8712]

Hello Mam. Tanong ko lang po kung paano po kapag hinahanap is Diameter at 10% Finer at naglies siya between 19%-0% ng Sieve #200 at Pan Respectively. Nagmamath error po kapag nag interpolate using logarithmic. At the question is, merong bang opening ang PAN

[@rosalestomlesther1772]

Waalng butas ang pan yan na yung clay mo which is elss than 0.002mm in most of system used

[@keenomanzano1672]

good day maam, Can I request the template of the grain size distribution curve?

[@jabig1]

Thanks

[@ramhanumanta1234]

I m from India maim nice great

[@ahmedtareq3787]

Great Explanation 👌

[@AlsaraRuta]

paano po makuha yung Unifomity coeffcient given only seive number and mass of soil passing ? thanks po

[@jesustubia2729]

nice

[@ahsanshahid5355]

Great!!!

[@technicalengineer1235]

Good

[@Tom-yo3jf]

❤

[@Prakash-rw8eh]

👍🙏🙏

[@shahkhan86]

third value 11.00 teacher its wrong exact value is 9.8 teacher check it if i am wrong

[@jibansaikia8742]

Yes it's 9.88

[@hairansimpal4660]

Yes

[@pedrojover9792]

Sieve # 20 is 49.5 g therefore sieve # 20 is retained 11%

[@heroicchamp]

I know this is 2 years late, but it could be helpful for someone in the future. Guys the Value is 49.5 not 44.5 so if you do the calculation you should get 11 instead of 9.8. Hope that helps.