FE Civil Geotechnical - Phase Relationships Unit Weight Of Solids
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- Опубликовано: 15 сен 2024
- In this video, we calculate the unit weight of solids for a given soil. This question is very similar to the question I got on my F.E. exam and Good luck to those who have their finals this week and the F.E. exam.
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RESOURCES & LINKS MENTIONED IN THIS VIDEO:
FE Civil Practice Exam NCEES:
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FE Civil Review Manual (Latest edition):
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FE Civil Practice (Latest edition):
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FE Civil Review Manual (Oldest edition):
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FE Civil Practice Problems (Oldest edition):
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FE Review Manual (Other Disciplines):
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Fundamentals of Geotechnical Engineering
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Principles of Foundation Engineering
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TI-36X Pro:
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TI-36X Pro calculator case:
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If you have any questions about the FE exam, please leave it in the comments 👇
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I got similar question on my FE exam! Let me know what you guys think, is it hard or straightforward?
Just starting to study for the civil FE exam. I only have a month to prepare for it, so the hardest part for me is not getting overwhelmed by all the material I need to go over.
Your videos are a huge help! Thanks!
I am glad I can help, keep up the good work and good luck on your exam 😊
Hello Bob, I hope studying is going well! I just want to let you know that I am still doing the "Problem a day series" on Patreon, www.patreon.com/enGENIEer. You can also ask me what kind of questions you would like to see next on patreon. There are already two questions that I have posted so far exclusively for my patreon supporters. I hope you enjoy it, thank you 😊 and good luck!
enGENIEer I ended up pushing my test date back. With the amount of material I need to go through and having university start back up for the spring semester, I’m just going to need some more time to spend on it.
Thanks for letting me know about Patreon..I’ll definitely check it out.
@@TigerBand21 I think that is very wise decision! Take it when you feel ready 😊 And good luck with your school, maybe my videos will still help you with your engineering courses!
enGENIEer I ended up taking it last week and passed. Not as hard as I thought.. I definitely over prepared. I didn’t really focus on the concepts that much, so that kinda messed me up. Again, thanks for all your help!
Thank you so much for what you are doing. I passed my FE exam, I really thank you.
Congrats!! I am really happy for you and good luck on your future endeavors 😊
I watched all your video that is best. thank you again. I have next week schedule pray for me, please.
Good luck Azim, you got this! I will pray for you!
Good Explanation!
ncees pe hb 1.1, pg. 139-141.
why you did not multiply the Mt by 9.8 (0.20 *9.8) such as Mw (50*9.8)
Are your courses (morning and afternoon) in this format?
Hello Justin, thank you for watching. The format of our courses is similar to this format, except there is the intro video and there is also lectures, where I explain concepts. You can also check the sample videos that we have on our website, www.engenieer.com/lessons/welcome-to-the-fe-accelerator-afternoon/. Let me know if you have any other questions!
@genieprep is this applicable to the Environmental FE?
Hi Thomas. This is not applicable for FE environmental. Good luck with your FE!
Why haven't you subtracted the Vw from Vv? Thank you!
Hello, so Vv (volume of void) is equal to Vw (volume of water) + Va (volume of air), you can check the phase diagram on page 152 on the reference handbook. In this example, we are trying to solve for Vs (volume of solid), so we can get the unit weight of solid. By looking at the phase diagram, you can see that V (total volume) = Vv + Vs, where Vv = Vw+Va. So we solved for Vv (which includes Vw and Va), and we plug it back to solve for Vs. Therefore, there is no need to subtract Vw from Vv. I hope this makes sense and good luck.
@@Genieprep Thank you.