วีดีโอ

Most satisfying video

Excellent work 🎉

Awesome ! ☺️

Excellent video, perfectly explained!

Perfectly explained 💪

You explain a thing in 1:15 min which my professor take 2 hours class

Simplicity

Thank you

Thanks

Maja nhi aya 😢

Thank you sir

Help full ❤

Max information with out saying one word also ❤❤❤

❤❤❤

Bhai 🤯 amazing! Thanks for your time and effort!

Bhai who are you ?. 😮😮😮 Made it soo much simple ! Amazing man ! We wish you upload more content and help the learning intention of viewers Amazing work ❤

It's Hexagon.

❤

Perfect ❤

Excellent. You made it easy to understand the complex tool geometry. Thank you so very much sir 🌻

Best video for physical understanding of phenomena

👍⚡️

Too good really too god Thanks 🙏🏻🙏🏻

Very nice 👍

🥰🥰🥰

Informative 🙌🔥

Thank you for this short, simple but extremely informative video.

voice low but awesome video

Nice explanation Thank you☺

This should be a full course. Excellent work sir

Which softwares are used ?

Sir❤️ Ek video milling cutters bhi dal dijiye na

Best demonstration ever seen!

Thank you so much! I just want to know what exactly is bulk motion? and will it still be convection if it only has fluid but without the solid boundary?

Awesome

Run this code in Matlab / Octave to get these results

clear all clc function [thetadot] = pend(t,theta) % Constants m = 1; b = 0.05; L = 1; g = 9.81; thetadot = zeros(2,1); thetadot(1) = theta(2); thetadot(2) = -(b/m)*theta(2) - (g/L)*sin(theta(1)); end % Initial Conditions init = [0, 3]; % Interval interval = linspace(0, 20, 20*24); % 20 seconds x 24 frames per second % Solve [t, theta] = ode45('pend', interval, init); for i=1:length(theta) % Vertical Reference Line x = [0; 0]; y = [0; -1]; % Pendulum Position x_p = [0; sin(theta(i,1))]; y_p = [0; - cos(theta(i,1))]; plot(x,y,x_p, y_p,'LineWidth', 2, x_p(2), y_p(2), 'o', 'MarkerSize', 20, x_p(2), y_p(2), '*', 'MarkerSize', 20) time = round(t(i)); text(-1.2, 1.2, ['Time = ', num2str(time) ]) xlim([-1.5 1.5]) ylim([-1.5 1.5]) legend('Vertical Line', 'Pendulum Position') title('Position of Pendulum') % For Saving File % saveas(gcf,[ num2str(i) '.jpg']); end

very nice ❤ which program used for doing this animation ?

So informative.. Thanks sir

Omg 7 years and no views

What kind of math you used 🤔

Very smooth perfectly in sink with motion of camera .

nice explanation

Thanks

Thank you very much for the nice explanation.

Great work. Thank you!

SUPER SIR

Awesome man.👏👏

is it possible to obtain 0 k

Ultimate bhai. 100000000000 like Clear all my doubt