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thank you for your comment. Cheers

according to the ASTM standards, there are 3 types of sampling preparation. Method A: using mechanical splitter. Method B: by quartering and Method C: by miniature stockplie sampling. I will make a video for that. Thank you for watching. Cheers

Tama po kayo as per ASTM, need i wash ung sample but in this lab experiment we need to know the result on the same day for student technical report. Ineexplain nmn po sa knila ung standard procedure. Thank you for watching. Cheers

Thank you for your comment. As per ASTM C109, 50mm +- 0.25 is the standard size of the mold. If more than or less than that, you must make a standard variation.

Hi, the mix proportion is in accordance with ASTM C109. Thank you for watching. Cheers!

thank you for your support. Cheers

Hi, its 500g of cement and 1375g of sand with 242 mL of water. Thank you for watching. Cheers!

Ordinaryong ink lng po used for stamping. Thank you for watching. Cheers

thank you for watching cheers!

Hi, thank you for your comment. This lab experiment is for educational purposes only. Ng create ang professor ng lab manual for specific test ng sieve analysis. We started from the larger size, then the smaller ones and we blend it. The sequence of the sieve sizes re not according to the standard. para lng maipakita ung idea ng sieve analysis sa mga civil engineering students. Cheers

BS Code, such as BS 5328 Part 2, has its own method, different chart, and parameters that primarily focus on by weight. I will make a video on that. Thank you for watching.

I still anticipate for the BS solution. Thanks

thank you for watching Cheers

Thank you for watching. Cheers

Glad it was helpful! Thank you for watching Cheers

Thank you for watching. Cheers

Thank you so much. Hope you liked my channel too. Cheers

thank you very much for your appreciation. Cheers

Thank you for watching Cheers

Many many thanks

Many thanks.

Thank you so much for your kind words! I'm glad you enjoyed the content.

Thank you for watching. Cheers

thank you for watching. Cheers

Im so glad you liked it. Cheers

Glad it was helpful!

You are welcome! Thank you for watching.

Thanks and welcome Now preparing for my next video.

Yeah sure it useful for me. Expecting more useful video from this video.

​@@MubarakMinkailCan't wait to long

Glad to hear that. Thank you for watching

😘😘

Nice one. Anticipating also

More to come! Thank you for watching.

Same here, waiting for more related videos.

That's Great Same here also

More to come! Thank you for watching. Cheers

Same here.. It indeed useful

Thank you for watching and appreciating the content, it means a lot!

Yes same here

Indeed

Absolutely 💯

I guess "very indeed" sums it up perfectly!

On the way na lods, thank you for watching. cheers

Thank you for your comment. I am currently preparing videos for the calculations of each lab experiment. Please subscribe for more updates. Cheers.

Glad it was helpful! Thank you for watching Cheers

It indeed useful

​@@lorenzdxbyeah

Am happy with this too

@@lorenzdxb Yeah

Salamat idol. Gmgagawa n ko ng bagong series of video about concrete. Cheers

Thank you for watching idol...nagiisip p ko ng next video hehe..either another test or calculations

Yes, its just the room temperature. Thank you for watching. Cheers

bilis mg comment ah, salamat lods...

Yes po, I dry lng xa 110 deg.C as per ASTM C136. Thank you for watching. Cheers

Hi, here is the link for another video with sample calculations: ruclips.net/video/qYrou-0xJCo/видео.html Thank you for watching Cheers

Thank you for your comment. This is only a lab experiment for students to visualize the theory. Thank you for watching. Cheers

Thank you for watching. Cheers

Adding flouride tablet in a water sample, then it turned red😀

@@lorenzdxb 😂😂 nice bro

thank you for watching Cheers

Thank you din po sa support. Will continue to upload more. Cheers

Welcome, thank you for watching Cheers

thank you for watching cheers

@@lorenzdxb you are great

Hi, the students usually test the mortars @2 days with ave. 18.7kN=7 MPa and @7days with 45.91kN=18.36 MPa....cheers

@@lorenzdxb please convert to N/mm² for 7 days crushing

thanks for watching

Hi, for 6 test specimens, I used 500g of cement and 1375g of sand as per ASTM C109...thank you for watching. Cheers

ung hydrostatic forces in different positions. Please watch my video "How to Calculate Hydrostatic Pressure (Vertical and Inclined)" link below: ruclips.net/video/I4pT85msFRk/видео.html Nandito po sa video ang sagot. Thanks for your support. Cheers

This is based on ASTM C109 Standard Test Method for Compressive Strength of Hydraulic Cement Mortars (Using 2-in. or [50-mm] Cube Specimens)....thank you for watching. Cheers

If the cube mould of size 70.6 mm is used then the cube shall be compacted in how many layer? Two or three? If three then how many poking fir each layer