Another day, another lesson!

@18:40 Imma copywriter strike you. He looks like the dude from Phoenix.

Are you an UVA teacher?

Couldn’t find the textbook from the SLO professor for shit

Pop up

All of the sudden the comments want to pop ip

Is there a link to the practice problems

Thank you sir from sweden

1st

This is incredibly handy as a computational physics major. Do you any copies of any of the class material by any chance? Specifically tests or quizzes (or would you know where I could find some study resources as such?). Thank you so much in advance.

thanks

Hi, sorry to bother again but for curiosity your latest classes are algebra based or calculus based? Ok i just confirmed its calculus. So if i wanted to follow your playlists what should i do with calculus and kinematics? the main 2020 playlist? thanks

Hey, are you making new calculus physics videos? Thanks.

Most random video ever recommended to me

"Sign onto D2L Brightspace for Normandale Community College ." -Are there any ways to start with a StarID? Thank you so much.

This is a very helpful lecture, Thanks

Awesome lecture，a very good study material before my college start

Beautifully done!!

great lecture, are you gonna upload physics 2 lectures

0:39 activedating4.online

Hey Gaio, there's something going on with this video!

Mmm. Still making these awesome videos. Love you Dr. Gaio! Can't believe I was taking your class 6 years ago! Now in pharmacy school. Time goes so fast.

Do you answer youtube comments?

Professor Lakin. Do you have that Hendecah hurdling video anywhere available online? SO much physics in action on that footage. Thanks so much for pointing me in the right direction.

how is this guitar in general? Sound, confort?

I really appreciate you making these videos Mr. Lakin, they've really helped with your class.

I think this is incorrectly labeled. Thursday 9/27 we discussed vectors.

Nice.

# 1 Friction.

Start of rigid body kinetics.

Particle Kinetics: #10 @29:10, # 12 @38:00

Internal Loads # 4

Centroids. Addition and subtraction of simple shapes that form complicated shapes to equate total centroid.

Introduction to internal loads. T(x) = Tension. V(x) = Shear Force. M = Bending moment.

@0:40 Rigid Body Kinetics: # 16 b. Astronaut in G force chamber with a fixed CS, Rotating CS at hinge, CS at midpoint rotating. Polar Coordinates.

Notes Summary: Linkages # 9 brief discussion. Polar coordinates. Acceleration and Velocity vectors in polar coordinates.

Particle Kinematics # 18 @3:50

HW Particle Kinematics # 17 @27:53

26:43 shouldn't the unit vector be 1/(1+sin^2(x))^1/2 for the x portion? Where did the extra x come from? Thanks

You put College physics video in the Statics, fall 2016 playlist

Do you have the rest of the lecture videos for this class or that class only has 7 lecture videos?

AWW!!!! I miss you guys!

half way through, around 16:50, you drop a beat and hold it for the remainder of the video. FYI.

Beautiful ! , Prince would be proud. I also spend hours on Prince's tunes, they bring me such joy,he had such a playful sense of humour,a creative musical genius who will be admired by many, till the end of time.

Thanks Dr. Gaio, this is a helpful review for my design of machinery class.. two years after taking dynamics with you.. I kinda wanted a review for transformation matrices

i dont understand your method

thank you Gaio! I'm reviewing statics for Design of Machinery class and your channel is awesome...thank you once again

excellent

Beautiful

Let me be the first to say that I loved it...there will be many more my friend!