Statics: Friction, Tipping, & Slipping - Problem1

A good first problem to get you started with Friction, Tipping, & Slipping.

[@rubenvanderhoeven1700]

I see you stopped posting and I get that, just know that all videos you did post are very clear and a lifesaver. You would make a great teacher.

[@eng1048]

Thank you! Yea, I had a vision for this channel but life happens. I was a tutor by day and youtuber by night, so all that talking damaged my throat. Don't know if I'll get back to this. Currently (trying to) working as an engineer in industry. My degree is in mechanical, but companies are interviewing me for my knowledge in programming and computer hardware. Those skills were self-taught, so it is encouraging that people will consider you even though your degree may not be in that field. Anywho, thank you for your comment! Your appreciation of my work means a lot to me. Who knows if I'll be back but these vids will always be here to help someone out. Check our my project vid (laser turret) and "why learn engineering" vid, you might like them! Cheers and best of luck fellow Engineer!

[@humairak743]

You’re the best!

[@shahrajhabib5545]

Only one example shows the overall basic ! Thanks

[@etharhamid]

thank you this was very helpful

[@victorsq431]

wouldn't the awnser be P

[@Gloryky88]

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

[@Lucas-fs2wf]

thank u!

[@eng1048]

Welcome!

[@nicholasharry1461]

could this be applied to an object on an inclined plane? (pushing up the incline)

[@787310]

Why is the height of the center of gravity not necessary in the equations?

[@eng1048]

timestamp please