Professor Hanson, thank you so much for this incredible review of another Friction Wedge problem and many other significant exam problems in Statics. I hope that all students in Statics do very well on future exams.
Hello Jeff, could you add an example of Solids where distributed loads are at an inclined plane instead of horizontal or vertical? How to do a SF AND BM Diagram for this case?
A lot of problems state that the weight of the blocks are negligible. Some problems do consider the weight of the blocks. Always carefully read your problem.
Professor Hanson, thank you so much for this incredible review of another Friction Wedge problem and many other significant exam problems in Statics. I hope that all students in Statics do very well on future exams.
Keep pumpin the problems
Keeps my brain refreshed i love em
Love you prof
Wonderful Statics lessons!! really taking the time to explain the problems along with a good sense of humor :))
I like how he calls impeding motion "fun friction".
Thank u sir this is really helpful in my incoming board exams
I have this exact problem on my homework! This is clutch.
Great example professor.
I guess in this specific problem we don't take into account the masses of the blocks? (mg in the y direction)
Hello Jeff, could you add an example of Solids where distributed loads are at an inclined plane instead of horizontal or vertical?
How to do a SF AND BM Diagram for this case?
Where does the 45 degree angle come from? The book has 20 degrees.
youre the best!!!
hi! may I know why the weight of block B wasn't considered?
A lot of problems state that the weight of the blocks are negligible. Some problems do consider the weight of the blocks. Always carefully read your problem.
@@1234jhanson got this, thank you so much! 😁
Why don't we take force due to gravity in Free Body Diagram ??
the best !
11:45 that what I always said to m professor, when he starts explain so badly 😂
Using the 20 degree angle from the book I got P = 3340 N or 3.34 kN. Please like or reply if you got the same answer!
That's all well and good, but the answer isn't P = 9,87 kN. The answer should be P > 9,87 kN.