newtons 2nd law working model 3d | physics | rotational motion | moment of inertia | howtofunda 

I was thinking the same exact thing

Me too

Me too what should I say about working model

Me too

Me too

Mene aaj hi isse submit kiya mam ne isse wirking model hi consider nhi kiya aur bola aur ispe study krke aane je liye.

Newton's second law of rotational motion relates the torque applied to an object to the resulting angular acceleration. It can be stated as follows: "The torque applied to an object is equal to the product of the moment of inertia and the angular acceleration. Example: Let's consider a simple example of a rotating wheel. Suppose you have a wheel mounted on an axle, and you apply a force to the edge of the wheel, trying to make it turn. This force creates a torque. The moment of inertia of the wheel (which depends on its mass and how the mass is distributed relative to the axis of rotation) will also play a role. If you apply a greater force (or apply the force farther from the center of the wheel), the torque will increase. According to Newton's second law of rotational motion, this increased torque will result in a greater angular acceleration of the wheel. Conversely, if the moment of inertia of the wheel is greater (e.g., if the wheel is heavier or if its mass is distributed farther from the axis of rotation), more torque will be required to achieve the same angular acceleration. This law is fundamental for understanding the behavior of rotating objects, such as wheels, gears, and other machinery. It plays a crucial role in engineering fields where rotational motion is involved, such as in the design of engines, turbines, and various mechanical systems.

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@@howtofunda and plz in your next videos also give the explanation after videos.Huge request 🙃

By using your brain 🧠

Can anyone tell the measurements of all this??

@@aviandridhishow I have taken 7-7 on both sides of the circle of 2 cm And then for the pipe u can take like 13 cm The cardbard for bottom for 20 cm And the things on which that rotating object was place for 5 cm The circle you can rake according to the bottles cap like radius 4 cm

@@YKNOW-HARRY Ok

Ofcourse

2nd u fool can't you see

​@@biswapratim1can you plsz explainn

Plz

Plz

Plz

Plz

Plz