It's truly amazing to see a photo of Korean hand-pulled noodles (Sutamyeon) here in this lecture! Such a pleasant surprise!

Thank you Professor!

get the bloody mic! its painful to listen

Wallah saved me Thank you from UCL :)

Thanks Dr

Dr. Morrison you are such a great teacher, this for a 35 year practicing mechanical engineer. I just bought your book. Looking forward to reading it.

Thank you so much, ma'am

Great Mary stories, Phyllis! I now feel like I knew her!

Faith, you always present outstanding programming....and Mary would and was proud,I'm sure, of your remembrance of her. When its my turn, I want you and Dar, ofcourse t do me the honor.

Very nice, Faith! It was a wonderful event. Thanks for including my talk, and thanks for hosting.

Crazy shiiii

Thank you so much for this very clear explanation! This is fantastic and simple to understand!

flow rate? is not calculated, right? rate would be some quantity over time right? you end up with more moles than you started with. are you off by a factor of 10.

thank you so muchh

Thank you for this video! It helped me understand the proposals better!

You did a great job... Thank you

I found this to be very informative and shared it on my social media. Thank you for sharing

I've been struggling with this for weeks and after your video everything makes sense! Greatly appreciate it!

For Prop 1: This gives them 2 more years, plus a 4 year term instead of 2. If you have voters remorse, you'll have to wait 2 extra years to vote them out. Also, it allows them to serve 1 more term in the opposite chamber (e.g. 8 years in senate and 4 in the house. Or 8 years in the house and 4 in the senate). As for financial transparency. We already have those measures in place and these would do *nothing* to give "more transparency"!

Thank you for helping me be informed. Prop 2 & especially prop 1 I haven't heard as much about Everywhere I go, I mainly hear about prop 3.

Define Reproductive rights.

Great and informative video! This helped me make my decisions as a young voter on my absentee ballot today

Thank you for this from Warren

Thank you

michigan voters will pass proposal 3 to protect their reproductive freedoms just like kansas voters did in august.

Good to see transparency with where your supported organization is listed, but the bias is clear with how you present the opposition's view.

I couldnt understand this until now, you rock

The best one about this in the whole youtube

Really nice video

Thank you very much. what is the name of book please

THANK YOU so much these videos go help alot

The recording starts softly, but it will get louder once I start talking (and facing the computer). Thanks for watching!

A PDF of the slides for this talk may be downloaded at this link. pages.mtu.edu/~fmorriso/Morrison_New-Struggle-for-Voting-Rights_24May2022.pdf

cant thank you enough for this video Dr. thank you

Hello, wonderful videos! The result for F_r for this part 3 is very curious. Is that result suggesting that even though there is some positive pressure inside the pipe, the wall experiences no radial force and only force from friction at the pipe wall? I understand how F_r cancels from integrating over 2pi, but intuitively the positive pressure is trying to expand the pipe rather than the upwards forces canceling the downwards forces.

having been through undergrad and grad school in ChemE, I find this professor to be very good at lecturing, at least for this video from what I have observed. It's very methodical and concise provided with just enough explanation for the most part.

This is well made. Though I want a more detailed explanation of why the pressure gradient in the z-direction at the edge can be assumed to be the same as the surface, which is equal to the atmospheric pressure. Help me out here. On each x-position, the corresponding (del Pz/ del z) is the same. meaning, as a go from the surface to the edge, the pressure gradient in x direction changes, the pressure gradient in z remains constant. When I think of pressure or total pressure, I think of pressure = force per area. What I can't wrap around my head is is pressure is a measurement that coincide with a two dimensional space, surely we can simply put a third dimension in it but it will just be zero. But when we cancel two of the three pressure terms (pressure gradient in y and pressure gradient in z), we are left with a pressure term that belongs to only one dimension. If pressure is a 1 dimensional instance, can't I imply P=F/A can be simplified to P=F/L (whether it be the length, height, or distance)? This is bothering me and I can't seem to find a satisfying answer.

Outstanding teaching skills. Thank you Professor for making these videos available. One of the best book for Rheology is "UNDERSTANDING RHEOLOGY - Faith A. Morrison"

Here are updated versions of the slides. Thanks for watching. pages.mtu.edu/~fmorriso/Morrison_Who_Votes-Indepth-look_13Mar22.pdf. A slightly updated version of the talk is on the KUUF website: kzbin.info/www/bejne/Y2TcoaqwfNd_fdk

oh, my god, that was really awesome,thank you.

it is very useful to the problem I have now

Thank you professor for that concise explanation.

The handouts that I made in this video are available at this link: pages.mtu.edu/~fmorriso/error/UncertaintyPresentationErrorSheets.pdf and the blank worksheets may be found here: pages.mtu.edu/~fmorriso/statistics

Typo alert! The diastolic hypertension calculation I miscalculated the error limits. It should come out to 7 (not 3 as shown on the spread sheet). Thanks to my friend Scott who noticed this error.

Dr. Morrison. I am very happy to write this message to you, I have based my thesis work on your book on fluid mechanics. I used genetic algorithms to obtain equations for the drag coefficient of a smooth sphere at different Reynolds numbers. Thank you for making books that motivate people to go deeper into science. greetings from chile, south america

See also my blog post at Cambridge University Press: www.cambridgeblog.org/2021/02/what-do-the-data-say/

lol English please

Chem E student here; ty for your help

brave

thank you so much dr morrison!! 💛