Thanks you so much for this simple explanation

BEST VIDEO EVER! I have my static exam today and this was a really good refresher!

Thank u very much for taking ur time to do something very productive and help us students.. I wish we could have more of u .. thanks 🙏

Thx a bunch mam

Thank u so muccch!! that was quick!

I came back to say thank you after passing the exam

nice

You are Really Genius. I appreciate.

Thanks a lot .... Im very much grateful 😊

But I have a question. Why you didn’t care about height when you choose the F’s axis?

you are my savior, ma'am..... What a clean solution.

❤❤❤❤ excellent communication

I wanted to but the materials course is there any current coupon codes ?

Dear God thank you. I was doing this completely wrong. lol

Bought the thermo and fluid bundle, thank you for providing really great videos Dr. Qualls! Majoring in M.E. and want to specialize in Aerospace! A+ here I come :) Glad I found your channel which led me to your website.

Thank you for breaking this down!

How do I determine which direction the Fac vector points towards? Ex: when finding Fx for the BE beam you put Fac as positive but how do I know it will be going to the right?

Thank you so much! my prof is terrible at teaching dynamics

I really wish that youtube allows me to give you more than one like. Straight to the point, clear, and simple explanation. Thank you so much

Thank you so much, you really helped me.

Wrong solution but right answer

Super helpful! Thank you!

useless

unless i am missing some fundamental understanding, you have your ma opposing the applied u1. this doesnt seem correct to me. your descriptions of what is going on is very good but the sign convention is throwing me off of what is correct.

I think the signs on the EOM are wrong. Shouldn't it be m + f = k + c since they oppose each other?

I am very confused as to why the C normal force direction does not matter. Because I had my C as going upwards and that changed my answer to the question

thank youu!!! hope u r doing fine

what if I dont have it stated that x1 = y and x2 = y'?

I think you made a mistake when you calc area. the area formula is A= pi d^2/4 correct me if am wrong . Thank you for your effort

the only tutorial that goes into detail about actually solving a problem. Thank you so much!

Top!! Very well explained 👍

Ty so much mam.♥

I really appreciate the effort that you put here, I understand the state space form of equation just in one hour. Are you going to use MATLAB to solve this ODE system? I need this for my PhD analysis.

I am a happy student now :D

This video is great thank you so much! Hopefully you can do more in thermodynamics

You're adorable Dr.! thanks!

Great explanation. Thank you very much ma'am.

Thank you 🙏🏼 so much 😢 after all I finally got it

This is great thank you

extremely helpful, thanks

Thank you. Is this the Cascade representation? How would we do the Parallel especially if you can resolve a system into the form A/s+a + B/s+b using partial fraction decomposition

this is really straight forward, def one of the more underrated videos on this topic.

fire

Thanks for the vid boss

It would be so cool if my teacher actually taught me this before assigning homework

this is gold. thanks a million.

thank you

You are a saint for making these videos. My fellow classmates and I appreciate you.

You are a saint for making these videos. My fellow classmates and I appreciate you.

So many words to barely even explain a single step lordy