How to Find the Centroid of a 3D Object EXAMPLE PROBLEM // Center of Mass of Composite Bodies

[@floppyfrijole]

Thank you so much for this clear and precise explanation!

[@studentengineering]

You’re welcome!

[@godwincornelius201]

Thanks a lot sir. You are really good at explaining things

[@studentengineering]

Thanks I appreciate that!

[@juhenfw_]

Thanks for the explanation sir, very helpful for me

[@studentengineering]

You’re welcome! I’m glad it was helpful!

[@RealLifeTop10s]

Thank you so much for this video! It was very helpful! You explained it very clearly!

[@studentengineering]

You’re welcome!

[@tayeebahtamanna3344]

Thanks a lot...your explanation helped me a lot

[@studentengineering]

I’m glad!

[@tahmidurrahman6091]

thanks man ur video is so nice. just clear my concept of this topic very well thank u so much

[@studentengineering]

You’re welcome! I’m glad you liked it

[@CuteAlsoFunnyAnimals]

Thank you so much this helped me a ton

[@studentengineering]

You’re welcome! I’m glad it helped

[@youcefbacha623]

THANK YOU

[@studentengineering]

You’re welcome!

[@gnidnoeled786]

Would you please show us how to find the centroid of the irregular solid according to the following descriptions. Rectangle: Along X direction = 3.8 Along Y direction = 2.5 At the corners of that rectangle along Z direction: corner A = -95 corner B = -150 corner C = -290 corner D = -230. Corner A is at the bottom left of the rectangle. Corners B to D is counter clockwise from corner A. Thanks in advance.

[@studentengineering]

Using the instructions in this video you can find the centroid of that irregular solid. I’m not going to make a another video specifically for this problem

[@aleksandroleinikov8453]

Very useful video!

[@studentengineering]

I’m glad you thought so

[@vinodengineer5694]

Thank you sir😊🙏

[@studentengineering]

You’re welcome!

[@nurulzawani8168]

Sir, may I know how to get the values 2.7, 5.7, 7.8 Mg/mm3?

[@studentengineering]

Those were just given in the problem statement.

[@Skuliosis]

ty for the vids

[@studentengineering]

You’re welcome!

[@mohammadshabih5293]

thank you

[@studentengineering]

You’re welcome!

[@mustafaata942]

💜Thanks

[@studentengineering]

You’re welcome!