Відео

Which book are you using

Thumbs up if you are watching this to understand orbital mechanics

did you make it automatic

This is literally the best video I've ever seen!!! Good job!

Agreed, well said

Beautiful video

Nicely explained

Thank u sir for clear explanation but mixup hindi please sir

Incrível!!

DUDE I JUST WANTED TO TELL YOU HOW MUCH I APPRECIATED THIS VIDEO 10/10. My college professors would just explain it the same over and over again and it never clicked with me why I would chose on method over the other. Like how you explained why u-sub would drive you in a circle and thats when you should be using the half angle identity instead. It finally all clicked together for me and I cannot thank you enough. LOVED THIS <3

😢😢

I cant believe i’ve paid 500$ for this class, and this guy just broke it down in 15min, I really hope you are a teacher, might never need this again but im subscribing just to encourage you

WELL SPOKEN

what a greeat video ....thanks alot

Why do we assume FAC is 480? Because it appears in both equations? Is it just because it lets us solve both or is there another reason

You are a freaking unit. I’ve spent an embarrassing long time to understand this. I really wish there were many more videos like your in the world.

First video that genuinely helped me understand this. Thank you so much!

thank you this was very helpful

thanks!

literally my savior couldnt find anyone explaining this method well

shouldnt the moment be positive and shoot upwards?

shouldnt the moment be positive and shoot upwards?

OMG!!! I've been looking for this the whole internet!!! You're an amazing tutor.

As you did a fit, then why not matching the mapping between motor control angles and position on the image plane, by identifying numerical parameters upon a calibration procedure that does not require measuring lengths in the real world?

Might just need a little more videos for UA-cam to recommend your channel 😮

can you explain the last step where you got the final answer? the part where you did the matrix

thank you, this helped a lot

nice basic stuff, need to learn basics to understand Coriolis and Euler and centrifugal forces for earth dynamics... I was told centripetal and centrifugal are terms used for 'fictitious' forces in non-inertial frames (ie moving in circles) .... but the concept of normal you have shown seems non-fictitious to me makes perfect sense and I see it used to define Eotvos effect (an up-down force) in the context of gravity on an oblate surface....... the Coriolis force is considered 'fictitious' says on Wikipedia... but I think it too is an effect... related to independent movement on a non-inertial rotating surface... sorry if I am confusing people! But Thanks for keeping it simple!

I came from an entirely different background and this surprisingly doesn't look scary at all. My sincere thanks and gratitude.

Perfect inspiration for me halfway through my Mech Eng degree. Top quality video, keep it up!

LIFE SAVER, THANK YOU!

Easy to understand! Thank you!

How did we find the value of 32.2

Love you brother u deserve million of subscribes

neat explanation, tq sir. leant alot

Best video I’ve found to explain why the normal force is used in Frictional Force analysis for non-slippage and slippage conditions. Thank you.

Do applied force be greater than Maximum friction force , in case of tipping? Because the body does not move , please explain it?

Sprite!

Thank you for this great video. What exactly is the unit of the acceleration a = sqrt((a_r)^2 + (a_theta)^2) if a_r is in m/s^2 and a_theta in rad/s^2? Timestamp: 10:25

I'm asking for the book you got the questions from

Nice video... Perfect explanation!

Does each instant in the motion of the particle have its own unit vector?

13:38 why is this the equation (defined from tipping) that has the relation for P & T that we would use for defining if it slips?

Upload problem of 200 puzzling problems in physics.... Ss krotov please... That may be required for olympiad or olympiad foundation

Helpfull for jee exam thx

Good but one mistake. When this box rotates, the direction of friction must be changed.

Woww I found it hahaha

at 10:16 I couldn't understand how it is perpendicular because magnitude of r_i and r_f are equal and 1, so isn't that angle being 90 degrees geometrically impossible?

This is insanely accurate to my experience as well, many teachers seem to be forced to teach rather than have a will to teach. A few years in and I'd say it's around 2/10 teachers that actually break things down and explain in a way a student can understand. The rest are varying levels of no explanations to bad explanations. Or the classic of obligatory(and expensive) literature which is written in such complex and ambiguous language that you need to have a fundamental understanding of the entire course to even begin to grasp the book. It's literally pushed me to the limit of burnout having task after task thrown at me with no guidance and lectures that barely explain the subject. Been looking at a few of your videos and really appreciate your thorough explanations, hoping it'll make it easier to see the whole picture.

Just finished the video series for dynamics, this was awesome! Super helpful for my midterm coming up, Thank you!