Hi Dr. Michaelson, I just wanted to let you know that this video is missing from the 2018 FE Exam Review playlist. Just in case you wanted to keep everything organized. Thank you so much for all the helpful videos. I'm taking my FE tomorrow and just wanted to go through a quick and detailed review and your videos have provided exactly that!
Your videos were really good for better understanding how the FE Exam works. I just got the message that I passed the exam, so I want to thank you a lot for your videos. You're a great professor/educator!
Your videos really helped a lot to prepare. I just went through all of your 2018 review videos and passed the EIT on May 13, 2019. Thank you so much for uploading the videos.
these are super helpful. I noticed the comments are disabled for a lot of your FE prep videos. If you enabled them it would probably lead to some useful discussion about the problems. I find it hard to pick everything up when im not in the classroom with you. Being able to ask and answer questions in the comments would likely save some headaches
Example 1 What about the specific weight of the fluid times depth acting down on top of the sphere? Wouldn't that cause a tension in the cable as well? Or is it negligible for some reason?
I love your videos and keep up the good work Dr. Michaelson! I do have a question though. I was looking up the second example about center of gravity and buoyancy and I was finding that it would be stable if the center of buoyancy is below center of gravity indicating (A) is the correct answer. Those sources I found had part of an object floating above water like a boat. Some other sources I found show that (B) is the right answer for a completely submerged object floating in a liquid. Is (A) or (B) the right answer? Is (A) right for partly submerged object and (B) is right for a fully submerged object? Thank you!
Sir ! Thanks a lot for your lectures. Tomorrow is my F.E. test and I really hope it goes well. I've been looking for lecture on transportation but I couldn't find it in latest videos. Can you please guide to find it. Thanks a lot.
Hi Dr. Michaelson, I just wanted to let you know that this video is missing from the 2018 FE Exam Review playlist. Just in case you wanted to keep everything organized. Thank you so much for all the helpful videos. I'm taking my FE tomorrow and just wanted to go through a quick and detailed review and your videos have provided exactly that!
did you pass?
@@britamcauliffe1338 Look at that smile, you think he failed?
Your videos were really good for better understanding how the FE Exam works. I just got the message that I passed the exam, so I want to thank you a lot for your videos. You're a great professor/educator!
Sincere thankfulness Mr G. Michaelson. You make this test prep less stressful with your targeted approach.
Your videos really helped a lot to prepare. I just went through all of your 2018 review videos and passed the EIT on May 13, 2019. Thank you so much for uploading the videos.
Cant thank you enough for all of these videos you have shared🙏🏻
10:05 to skip the banter
Skipping thru all the videos that aren't relevant to Environmental Engineering and I'm so so grateful for these ones that are
these are super helpful. I noticed the comments are disabled for a lot of your FE prep videos. If you enabled them it would probably lead to some useful discussion about the problems. I find it hard to pick everything up when im not in the classroom with you. Being able to ask and answer questions in the comments would likely save some headaches
thanks Dr Michaelson for all your videos
Example 1 What about the specific weight of the fluid times depth acting down on top of the sphere? Wouldn't that cause a tension in the cable as well? Or is it negligible for some reason?
Professor the polling system that universities use very efficiently is called Tophat. Everybody has an app. You can do a lot with it
I love your videos and keep up the good work Dr. Michaelson! I do have a question though. I was looking up the second example about center of gravity and buoyancy and I was finding that it would be stable if the center of buoyancy is below center of gravity indicating (A) is the correct answer. Those sources I found had part of an object floating above water like a boat. Some other sources I found show that (B) is the right answer for a completely submerged object floating in a liquid. Is (A) or (B) the right answer? Is (A) right for partly submerged object and (B) is right for a fully submerged object? Thank you!
At minute 44, I don't understand how m/s * ((Pa/(N/m^3)) + m) become m/s.
@35:20 Do we have to account for headloss due to fitting?
thank u for all useful video u share here,
first thank you when we use meaning equation and Hazen williams
Sir ! Thanks a lot for your lectures. Tomorrow is my F.E. test and I really hope it goes well.
I've been looking for lecture on transportation but I couldn't find it in latest videos. Can you please guide to find it.
Thanks a lot.
well, how did it go?
Wish we could've had dead weeks. Former quarter-system student here lmao!
Dude babbles. Anyone know a succinct lecture?