How to do sieve analysis calculations and plot particle size distribution curve (part 1)

In this video, I will show you how to do sieve test calculation (part 1) and how to plot a grading curve. Thereafter, i will show you how to find the hydraulic conductivity from the graph or curve.
1a. The result of sieve analysis test on a soil is shown below
Sieve size 2.8 mm 20 mm 1.40 mm 1.00 mm 710 µm 500 µm 300 µm pan
Weight retained (g) 0 35.0 76.0 98.0 80.0 50.0 34.0 12.0
1b. Plot the grading curve and report result quantitatively
1c. Given the average grain size coefficient as 100 and the weight of the sample as 350g, determine the hydraulic conductivity
video on how to plot a particle size distribution curve manually:
• How to plot particle s...
video on how to plot a particle size distribution curve and find K : • How to plot particle s...
I
Video on how to convert from micrometers to millimeters: • How to convert from mi...
Visit my website for more= geocalculation...

[@MagmaUpwelling]

The sieve size value of the second row (S/N 2) is 2.0 and not 20

[@UnveilingTheTechnologicalGenes]

Thanks for helping, it got me confused 😢

[@tashkronayt1273]

2024 still effective such videos are timeless 🙏 more wisdom be upon you.

[@uchihamadara2845]

Thank you very much .May God protect you

[@Ghostika]

Very clear and simple explanation. Thank you.

[@MagmaUpwelling]

Glad you liked it

[@thapzathapelo7942]

WELL EXPLAINED WITH CLEAR UNDERSTANDID😉

[@er.sandipkumar1354]

Best explanation

[@kat5209]

Everything i needed good explanation

[@enochkgobalala4256]

keep posting more vidoes related to this. please it helped me alot. thank you sir.

[@MagmaUpwelling]

I'm glad it was helpful

[@vishwaamrutha477]

It's very usefull.nice explanation sir tnq u so much sir 💕

[@michkaps]

Thank you for sharing the video. This is really helpful. You may just want to correct the 20mm (it should be 2 mm) for sieve size

[@MagmaUpwelling]

Hey, that was a typo... There is supposed to be a point between the two and the zero. Thanks for watching...

[@jawidrahmani6888]

This was very helpful

[@shahalamahmed1866]

Thanks a lot this sharing the video. It’s really helpful.

[@jexanonuevo2505]

Thank you for this video, learned a lot. Mind if i ask questions? What is the maximum size and nominal maximum size of this calculation?

[@MagmaUpwelling]

The maximum size is 2.8 mm, and the nominal maximum size is 1.40 mm

[@koushiksarkar4012]

How to calculate the % of silt and clay from it

[@satazer5824]

Perfect video sir. Do we really need to consider the soil mass in pan to draw the graph? Or not?

[@MagmaUpwelling]

Nope

[@timothyoyidi4161]

Is % weight retained the same thing as individual weight (%)?

[@mabongabarnabas6064]

GOOD TEACHER

[@GiftDanladi-gu5go]

Thanks alot very helpful

[@josephineokono1497]

Thanks a lot, very helpful

[@MagmaUpwelling]

You're welcome!

[@katherinesharapova1435]

Well explained... Thanks

[@belalnor3970]

علي الطلاق انت رجوله

[@engomajuste4321]

Thank you for the video

[@fidahussainchanna3884]

How to plot particle size distribution curve, guide me in this regard plz

[@MagmaUpwelling]

I have already done that with Microsoft Excel. If you want it manually with a pen and semi-log graph paper, I will do that later.

[@UnveilingTheTechnologicalGenes]

@@MagmaUpwelling I want that video too, is there a link to it that I can watch it

[@abirsheikh8408]

Thank you, clearly explained and got to the point!

[@MagmaUpwelling]

You are welcome... Subscribe for more videos like this

[@starboii568]

Thank you 🙏🏾

[@CEFKARANKUMARR]

Thank u sir useful

[@anuththararajawardhana7633]

Thank you sir❤

[@FarmanUllah-vn4qw]

Thank you.

[@UnveilingTheTechnologicalGenes]

This really is the best, but where is the graph…?

[@MagmaUpwelling]

The link is in the description box

[@evelyncharles1509]

Thanks

[@BoboNelson-p6i]

Thanks boss

[@siziphiwe_Dlamini]

Thank you

[@MagmaUpwelling]

You are welcome

[@byaruhangagilbert7281]

Thank you teacher

[@NchieBrizzy]

Characteristics of contuse

[@inspiringmusic9409]

Thank you