Wow, your explanations are extreme helpful and intuitive. I like the fact that you are not assuming anything and explaining every bit of underlaying concept clearly. A lot of professors just get to the point straight w/o taking the time to explain how they get there which forces students to memorize steps that they don't understand the intuition behind the steps and hence students forget the steps after an exam. Thank you so much for posting this and keep up the good work.
Wow, your explanations are extreme helpful and intuitive. I like the fact that you are not assuming anything and explaining every bit of underlaying concept clearly. A lot of professors just get to the point straight w/o taking the time to explain how they get there which forces students to memorize steps that they don't understand the intuition behind the steps and hence students forget the steps after an exam. Thank you so much for posting this and keep up the good work.
I specifically do that because professors DON'T DO IT AND IT TICKS ME OFF.
sorry, got a bit carried away there
Thank you for your comment!
YOU'RE GENIUS!!!!! PhD professors are failed to teach in such a great way. keep it up
Thank you for your kind words!! 😊
Just dropped in to say you are the BEST!!
Excellent videos man
Well thanks a lot for that!
This method is so much easier than method of sections. But it can be pretty annoying with the indefinite integrals.
I agree!
I thought a downward distributed load is postive on a SFD?
shouldnt the moment be positive and shoot upwards?
I have a question, what would be the
“w” that goes inside the integral sign if this was triangular distributed load of 300 N/m
Please help
w = 200x (for upwards slope triangle)
w = -200x + 300 (for downwards slope triangle)
what software or tool do you use for your video or graphics?
Just microsoft Onenote
shouldnt the moment be positive and shoot upwards?