As everyone else said, thank you very much for taking all the time to make these videos. I never would have passed statics without them. You truly have a gift for teaching. I can't begin to imagine how many students' academics lives have been impacted by you. Most professors could learn a lot from you, probably as much as students do. I'm sure you would be/were an amazing engineer, but I'm thankful you chose education, as that is where your talents really lie. Many people can become good engineers, few possess the raw, rare, unteachable, and hard to describe natural attributes required to be a truly great educator. I hope Texas Tech is treating you very well and recognizes what they have. Whether you are aware of it or not, I don't think there is a university on Earth that wouldn't bend over backwards for a sliver of a chance of getting your services. I'm in school clear across the country from you (ND) and both my Mechanics of Materials and Statics professors (different guys) both emailed the entire class a link to your video lists at the beginning of the semesters. That tells me two things: 1) They KNOW how good you are. One even admitted that you were much better at explaining things and that if we watched the videos, class wouldn't be necessary for everyone. He almost treated our actual lectures like they were a supplement to YOUR lecture. 2) It made me have more respect for these two teachers. They are humble enough to admit that you are superior to them. It also told me that they care more about their students learning the material and getting a good education than they do about their status or our thoughts about them. Keep on doing what you do, please. You are making an impact on the entire engineering education field nationwide, maybe even worldwide. Every engineering student forum I've ever been on, when the topic of struggling in Statics comes up, your name is ALWAYS there instantly. In engineering education circles, your name is the Coca-Cola of brand names. Sorry for the wall of text, just wanted to let you know how much I, as well as most every engineering student, appreciates you and all that you do for us. You are truly one of a kind.
James Svendvit thank you. This is the nicest note I have ever received. You have reinspired me to carry on with my Dynamics series. It's people like you that keep me going.
Born and raised Texan studying in Philly. You got me through statics and I look forward to you helping me through dynamics and thermo this term. I joke with my friends that all I needed was a little yeehaw to get me through, but Texan to Texan, it is no joke. Thank you sir 🤠
I just started dynamics! I hope you are able to find some spare time soon to keep creating the series because your statics course is what got me my A in that class.
bless this man. I love my profs, but most of them have a heavy accent. They keep lectures engaging and interesting in person, but in zoom lectures where you can hardly understand them it really is hard to follow, especially in summer for 2+ hour lectures. This serie really is going to help
Dear professor Hanson, these words might get lost in this sea of comments but I would like to thank you very much for these online courses. Learning at school is one thing and being able to learn here again is just another level. Thank you so much for all these great videos.
Thanks to your videos I passed Solids (Strenght of Materials). Never thought I would make it this far in engineering. Now by next semester I'll be taking dynamics. Thanks Jeff! God bless you.
I'm in day 4 of my course and already so distracted and give 0 sh*ts, I am extremely pleased to see that you have a course on dynamics! Now I can actually learn Thanks prof
Though I am a semester late (already completed my dynamics course las semester) I wish I could’ve had your videos help me through, because you really helped me a lot in statics. I recommend you to all my friends who also struggle in these subjects (statics, strength of mat and dynamics). Thank you prof!!!
I am in an online class in this semester. I am so happy to watch this video to learn about Dynamic. It is to understand and the professor always smiles! Cheer
YAY!!! I dont understand how you can make something so clear in just fifteen minutes when my professor had two hours to explain it and was so confusing!
Finallyyyyyyyy. I have been waiting more than 3 months for dynamics course . I wish if you upload a lecture every day because I'm in the middle of the semester 😓 . I really appreciate your work . Thanks you ❤
DR. Hanson, thank for a powerful analysis and introduction to Velocity and Acceleration in Mechanics Two. This is the beginning of Engineering Physics One.
You saved me in statics and mechanics, please upload more Dynamics videos! We have gone through all of the videos on this playlist in the first third of the semester. Please HELP! Thank you for all you do!
I love Hibbeler's engineering books, they make so much sense and give me lots of practice material everywhere - even Review Problems at regular intervals, which are on the same level of difficulty as exam problems.
I love the enthusiasm. I wonder if Newton was as happy when he came up with the equations. "v=u+at? Damn another equation. That's a good one, I'm gunna give it a star!" :)
Yehheeey, thank you for this tutorial series sir. PLease continue uploading videos for following topics, will be downloading these immediately so I can ready myself next month as I enroll for this course.
I got a few questions to ask if you could do a video it would help 1) A gas in a closed system undergoes an isothermal process from an initial state of p1 = 9.8 bar, V1 = 0.68 m3, to the final state where the pressure p2 = 3.2 bar. The pressure and the volume during the isothermal process are related by pV = constant. Determine the work transfer during this process. Write your answer in the unit of kJ. 2) A rigid tank contains 0.6 kg of oxygen which is at 58 bar and 173 K, determine the volume of the tank and write your answer in the unit of Litre. (Assuming oxygen is an ideal gas, Molar mass of oxygen is 32 kg/kmol, Universal gas constant R0=8.314 kJ/kmol.K) 3) A mixture of wet steam has a dryness fraction of x = 0.78 at a pressure of 20 bar. Determine the specific internal energy of the mixture, in the unit of kJ/kg. 4) Air, which can be regarded as an ideal gas, has a temperature of 13 oC and a specific internal energy u of 2,645 kJ/kg. Determine the specific enthalpy of the air in the unit of kJ/kg. (the specific gas constant for air is R = 0.287 kJ/kg.K). 5) An ideal gas enters a nozzle with negligible velocity and specific enthalpy h1 = 2,506 kJ/kg at the inlet. It leaves the nozzle with a velocity of c2 = 516 m/s. Neglecting the heat transfer and changes in potential energy, calculate the specific enthalpy at the outlet h2 in the unit of kJ/kg. thanks
Hi professor, hope you're doing fine. I've been watching your Statics videos and all thanks to you I was able to pass it without problems, totally appreciate it man. Now I'm taking Dynamics and just found out that you're doing videos for it and I don't really think that I can make it without you, so how many lessons are there gonna be to fully cover Dynamics? I really want to know also thousand thanks for working hard on making those amazing lessons you're awesome! I LOVE YOU!
Love the videos Dr. Hanson. Just wanted to add that if you integrate (ads=vdv) it will come out to be "Velocity as a Function of Time" formula V^2=Vo^2+2a(s-so). Hope to take your Design I course summer 2019
Not critical but there's a mistake I guess dv had to be integrated on from v0 to v not from 0 to v Then after integration, we get v - v0 = (a*t - a*0) v = v0 + at And the same goes for ds
I almost failed and got Kicked out of the University by ONE degree in my first year, and I ended up graduated with B, My proudest moment was walking on the stage in the graduation ceremony because my situation was really really bad, so you can do it :)
Professor, I have taken a few years away from my courses because I have 3 kids and a career and covid was hard for parents. Well, now its been a few years since I have taken Statics. I am lightly reviewing your statics course, but is there any possibility you can add one video to this series, specifically on what to review before Dynamics?
Pls Answer This.. (The Rigid bar AB is Supported by steel rod (two force member) AC having a diameter of 20mm and an Aluminum block having a cross section area of 1800 mm sqaured The 18 mm diameter pin at AC are subjected to a single shear. If the allowable stress for steel and aluminum is stell= 680 Mpa and aluminum=70 MPa respectively and the allowable shear stress for each pin is y=900 Mpa. Determine the Largest Load P that can be applied to the bar.)
Jeff, can you use a forklift moving as an applied example of calculating stopping distance?? This is key to safe operating of these vehicles and I train operators. The technical explanation of stopping distance would be very helpful.
The Online Dynamics Course link has many other videos besides Jeff Hanson Dynamics videos. Can his be cleaned up? I just, Dec 2024, found your series and looking forward to watching/relearning.
As everyone else said, thank you very much for taking all the time to make these videos. I never would have passed statics without them. You truly have a gift for teaching. I can't begin to imagine how many students' academics lives have been impacted by you. Most professors could learn a lot from you, probably as much as students do. I'm sure you would be/were an amazing engineer, but I'm thankful you chose education, as that is where your talents really lie. Many people can become good engineers, few possess the raw, rare, unteachable, and hard to describe natural attributes required to be a truly great educator. I hope Texas Tech is treating you very well and recognizes what they have. Whether you are aware of it or not, I don't think there is a university on Earth that wouldn't bend over backwards for a sliver of a chance of getting your services. I'm in school clear across the country from you (ND) and both my Mechanics of Materials and Statics professors (different guys) both emailed the entire class a link to your video lists at the beginning of the semesters. That tells me two things: 1) They KNOW how good you are. One even admitted that you were much better at explaining things and that if we watched the videos, class wouldn't be necessary for everyone. He almost treated our actual lectures like they were a supplement to YOUR lecture. 2) It made me have more respect for these two teachers. They are humble enough to admit that you are superior to them. It also told me that they care more about their students learning the material and getting a good education than they do about their status or our thoughts about them. Keep on doing what you do, please. You are making an impact on the entire engineering education field nationwide, maybe even worldwide. Every engineering student forum I've ever been on, when the topic of struggling in Statics comes up, your name is ALWAYS there instantly. In engineering education circles, your name is the Coca-Cola of brand names. Sorry for the wall of text, just wanted to let you know how much I, as well as most every engineering student, appreciates you and all that you do for us. You are truly one of a kind.
James Svendvit thank you. This is the nicest note I have ever received. You have reinspired me to carry on with my Dynamics series. It's people like you that keep me going.
You're the reason I passed Statics!!! Thank you so very much for continuing with Dynamics!
Just in time, Bless up Jeff Hanson . Dad of Engineering
Fail me daddy. Harder
Jeff Handsome
Born and raised Texan studying in Philly. You got me through statics and I look forward to you helping me through dynamics and thermo this term. I joke with my friends that all I needed was a little yeehaw to get me through, but Texan to Texan, it is no joke. Thank you sir 🤠
you saved my butt in statics and you are saving me again in dynamics! thank you so much, I wish I could meet you in person to give you thanks!!
I just started dynamics! I hope you are able to find some spare time soon to keep creating the series because your statics course is what got me my A in that class.
Hi i just wanted to ask if you know any kinematics rigid body videos please?Thanks
bless this man. I love my profs, but most of them have a heavy accent. They keep lectures engaging and interesting in person, but in zoom lectures where you can hardly understand them it really is hard to follow, especially in summer for 2+ hour lectures. This serie really is going to help
I’m so pumped for this Online Dynamics course you’re about to put together!!!
Dear professor Hanson, these words might get lost in this sea of comments but I would like to thank you very much for these online courses. Learning at school is one thing and being able to learn here again is just another level. Thank you so much for all these great videos.
Thanks to your videos I passed Solids (Strenght of Materials). Never thought I would make it this far in engineering. Now by next semester I'll be taking dynamics. Thanks Jeff! God bless you.
I'm in day 4 of my course and already so distracted and give 0 sh*ts, I am extremely pleased to see that you have a course on dynamics! Now I can actually learn
Thanks prof
Though I am a semester late (already completed my dynamics course las semester) I wish I could’ve had your videos help me through, because you really helped me a lot in statics. I recommend you to all my friends who also struggle in these subjects (statics, strength of mat and dynamics). Thank you prof!!!
love his energy, he literarily cleared a fog that was between me and this course
I am in an online class in this semester. I am so happy to watch this video to learn about Dynamic. It is to understand and the professor always smiles! Cheer
THAT'S A BIGGIE !!!!! (I love this series, they are not too long and you can quickly apply these fundamentals to additional problem sets.)
ua-cam.com/video/NimLrPaNuVs/v-deo.html
Taking the course a week before we resume!.Super Pumped!!!!
YAY!!! I dont understand how you can make something so clear in just fifteen minutes when my professor had two hours to explain it and was so confusing!
You have no idea how much I love you for these awesome videos!
this guy absolutely saved my college plan wouldn't have made it through 3 classes with out him now on to passing dynamics.
Man gotta tell you i loved your classes when i was at Texas Tech. Bless up.
I'm so glad that you have posted dynamics course! Just completed your Statics, absolutely loved it! Best teacher on the Internet!
Thank you so much!!! You have helped me pass my statics exam. Also, thank you for making lesson videos on dynamics. 🙏🏻🙏🏻🙏🏻🙏🏻🙏🏻 God bless you!
I have mid-term exam tomorrow and these videos are gonna help me a lot. Thank you Prof.Hanson
Finallyyyyyyyy. I have been waiting more than 3 months for dynamics course . I wish if you upload a lecture every day because I'm in the middle of the semester 😓 . I really appreciate your work . Thanks you ❤
DR. Hanson, thank for a powerful analysis and introduction to Velocity and Acceleration in Mechanics Two. This is the beginning of Engineering Physics One.
You saved me in statics and mechanics, please upload more Dynamics videos! We have gone through all of the videos on this playlist in the first third of the semester. Please HELP! Thank you for all you do!
Thank you so much for your videos!! I watched your videos to prepare for FE exam and I passed!
I really appreciate your work, you're amazing 🤠
yes :3
sir i got really good result from my strength of materials course with your helpful videos i hope same process going to happen.thank you so much.
You are one of the best teachers on youtube. I can't thank you enough for this.
please please please finish this please if you have time upload the rest of it !! You're so helpful!
Wonderful, I start dynamics in 2 months! Perfect timing! God bless you Jeff. Thanks for all of the help.
I've been waiting forever got you to do a dynamics course... I'm glad you're you helped me pass my other classes... keep up the good work
Really happy to see that you're back at it Dr.Hanson! I always recommend your channel! ☺
please dont stop making videos on dynamics...i am finding kinetics difficult to understand, really need it
i'm so glad you have dynamics videos!!! you helped me and so many others in my statics class!
You are a great human being Dr.Hanson providing education to all students over the world. I appreciate your videos very much!
Omg yes finally a Dynamics series from you!
Duuuuuuuude! Why does this all make so much sense to me?! I’m terrible with physics and gave a math related L.D., but I understand this completely! 😱
only wish I could have the whole course before my final next wednesday haha, anyway still excited about this, your statics videos helped me a lot!
*dynamics
Hii friends
I am from India
Lord knows how glad I am to have found this series...
Please upload more dynamics videos!!! I am struggling right now lol
From Statics to Dynamics. Thanks Sir! ❤
same, he's the best!
First time seeing your videos and I love the way you explain! I'm taking Dynamics next semester and can tell this will help me prepare a lot.
Thank you so much Dr. Hanson. I really enjoy watching your videos and learning the concepts of engineering from them!
Thank you for continuing the good work, Dr. Hanson. Your Statics playlist really helps me understand the concept and prepares for the new material.
This man is a treasure! Thanks a ton, Dr. Hanson
I will report the account who will dislike his videos. He's such a good mentor!
I love Hibbeler's engineering books, they make so much sense and give me lots of practice material everywhere - even Review Problems at regular intervals, which are on the same level of difficulty as exam problems.
Please make more dynamics videos soon!! You helped me so much in statics I could really use the help in Dynamics!!!
Much more clear than the professor i had!
Sir, your videos have helped me so much and have given me hope that I will actually understand engineering mathematics in the future.
aight, just need a 58 on my final exam to pass with a C, time to binge these again!!!
Having just gotten into Dynamics this semester, I thank the Lord for your timing.
You should thank Jeff, no?
Is there a difference?
touche
smooth
ua-cam.com/video/NimLrPaNuVs/v-deo.html
Thank you so much for contributing these resources to the public!
You're awesome! Thank you for all your help as many including me would not be as successful without your excellent teaching methods.
So the journey begins
So happy you are doing dynamics!
I love the enthusiasm. I wonder if Newton was as happy when he came up with the equations. "v=u+at? Damn another equation. That's a good one, I'm gunna give it a star!" :)
@jeff Hanson please continue your videos, you make everything so much more understandable.
Yehheeey, thank you for this tutorial series sir. PLease continue uploading videos for following topics, will be downloading these immediately so I can ready myself next month as I enroll for this course.
It's great to see you doing dynamics, just wish you did this earlier. I have my final in a few days
I got a few questions to ask if you could do a video it would help
1)
A gas in a closed system undergoes an isothermal process from an initial state of p1 = 9.8 bar, V1 = 0.68 m3, to the final state where the pressure p2 = 3.2 bar. The pressure and the volume during the isothermal process are related by pV = constant. Determine the work transfer during this process. Write your answer in the unit of kJ.
2)
A rigid tank contains 0.6 kg of oxygen which is at 58 bar and 173 K, determine the volume of the tank and write your answer in the unit of Litre.
(Assuming oxygen is an ideal gas, Molar mass of oxygen is 32 kg/kmol, Universal gas constant R0=8.314 kJ/kmol.K)
3)
A mixture of wet steam has a dryness fraction of x = 0.78 at a pressure of 20 bar. Determine the specific internal energy of the mixture, in the unit of kJ/kg.
4)
Air, which can be regarded as an ideal gas, has a temperature of 13 oC and a specific internal energy u of 2,645 kJ/kg. Determine the specific enthalpy of the air in the unit of kJ/kg. (the specific gas constant for air is R = 0.287 kJ/kg.K).
5)
An ideal gas enters a nozzle with negligible velocity and specific enthalpy h1 = 2,506 kJ/kg at the inlet. It leaves the nozzle with a velocity of c2 = 516 m/s. Neglecting the heat transfer and changes in potential energy, calculate the specific enthalpy at the outlet h2 in the unit of kJ/kg.
thanks
YESS !!!! Christmas came early this year thank you Dr Hanson
Hi professor, hope you're doing fine. I've been watching your Statics videos and all thanks to you I was able to pass it without problems, totally appreciate it man. Now I'm taking Dynamics and just found out that you're doing videos for it and I don't really think that I can make it without you, so how many lessons are there gonna be to fully cover Dynamics? I really want to know also thousand thanks for working hard on making those amazing lessons you're awesome! I LOVE YOU!
Absolutely love these videos.
Your Statics course helped me immensely. Thank you.
Please, more dynamics lessons !! you are the best!!
God bless you 🫡🤍,
man I hope I will be the first on my class with ur notes 😸
Thank you for taking your time to do this! God bless you!
All Dynamics courses should be taught by online lecture so you can always go back and review examples.
Thank you so much for your help! You are so helpful!!!
I support you my man
Can you please do a video playlist on thermodynamics
Thank you for your work Mr. Hanson.
You rock Jeff Hanson Thanks for the work !
Thank you, I am getting ready for next semester already.
Love the videos Dr. Hanson. Just wanted to add that if you integrate (ads=vdv) it will come out to be "Velocity as a Function of Time" formula V^2=Vo^2+2a(s-so). Hope to take your Design I course summer 2019
you're amazing! thanks so much for your help now pleaseeee finish recording/uploading the rest lol
Can you please upload more videos?
Tash K he needs help on patreon!
ua-cam.com/video/NimLrPaNuVs/v-deo.html
thank you for your hardwork sir, I hope you will upload more dynamics videos because it helped a lot for statics.
Can’t wait to take your class next semester :)
right in time for finals... thanks!!
The only guy that helps me
Not critical but there's a mistake I guess
dv had to be integrated on from v0 to v not from 0 to v
Then after integration, we get
v - v0 = (a*t - a*0)
v = v0 + at
And the same goes for ds
I was stuck on that, thank you immensely
Sir this helped me a lot. Thanks so much sir.... Waiting for more of ur videos❤😊😊
i really appreciate your videos ..can you please finish the remaining lectures
He’s a great professor 💯
Hoping to turn my F into a B with these videos - I will keep you guys posted. :)
Kaiti Wetzel good luck!
I almost failed and got Kicked out of the University by ONE degree in my first year, and I ended up graduated with B, My proudest moment was walking on the stage in the graduation ceremony because my situation was really really bad, so you can do it :)
at 11:50 you divide the constant 'a' by 2 (or add a 1/2 at the front)...
Is this cause some integration rule I need to be aware of? ;)
Professor, I have taken a few years away from my courses because I have 3 kids and a career and covid was hard for parents. Well, now its been a few years since I have taken Statics. I am lightly reviewing your statics course, but is there any possibility you can add one video to this series, specifically on what to review before Dynamics?
im dropping everything and transferring to texas tech cuz ur a god
Pls Answer This.. (The Rigid bar AB is Supported by steel rod (two force member) AC having a diameter of 20mm and an Aluminum block having a cross section area of 1800 mm sqaured The 18 mm diameter pin at AC are subjected to a single shear. If the allowable stress for steel and aluminum is stell= 680 Mpa and aluminum=70 MPa respectively and the allowable shear stress for each pin is y=900 Mpa. Determine the Largest Load P that can be applied to the bar.)
Father of Engineering
Thank you from ur student from saudi arabia 👍🏼
You are my favorite lecturer I love you🙏🙏
Jeff, can you use a forklift moving as an applied example of calculating stopping distance?? This is key to safe operating of these vehicles and I train operators. The technical explanation of stopping distance would be very helpful.
Sir this is my next year course please complete the videos ASAP!
Thank you very much for helping us.. 🙏🙏
Really appreciate these videos, can you upload more soon?
The Online Dynamics Course link has many other videos besides Jeff Hanson Dynamics videos. Can his be cleaned up? I just, Dec 2024, found your series and looking forward to watching/relearning.