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just hope you know, you're our hear saving my life right now. I wish my dynamics proff was as good as you
Glad to help!
Greetings from Brazil! Thank You!
+Geovanne Passos You are welcome!
Saudações estudante sofredor.
why didnt you do the kinetic diagram for the second example and explain the why they are in those direction
Sir if i pass the first semester is only because of u thank u sir
You're welcome!
Thank u sir May god bless u
On the first example with the spring system, why is there not a mass*gravity force acting on the top?
You are correct. I forgot to put the weight of the block in the FBD.
Thank you for the clarification.
greetings from Saudi Arabia thank you
Dr. Selleck thanks very much tutorial video.Would minf if you post Powerpoint online, So I utilize more your lectures
hello sir, how did you get 40 N beloew the "k"?
At 11:20: That is the force in the spring kx, k=200 N/M, x = .2 m. (200)(.2) = 40 N.
@@ColinSelleck thank you for your response sir. Highly appreciated
32.2 how?
Sorry, I don't understand the question.
32.2 is "9.8 m/s" in ft/s (gravity in imperial)
just hope you know, you're our hear saving my life right now. I wish my dynamics proff was as good as you
Glad to help!
Greetings from Brazil! Thank You!
+Geovanne Passos You are welcome!
Saudações estudante sofredor.
why didnt you do the kinetic diagram for the second example and explain the why they are in those direction
Sir if i pass the first semester is only because of u thank u sir
You're welcome!
Thank u sir
May god bless u
On the first example with the spring system, why is there not a mass*gravity force acting on the top?
You are correct. I forgot to put the weight of the block in the FBD.
Thank you for the clarification.
greetings from Saudi Arabia thank you
You're welcome!
You're welcome!
Dr. Selleck thanks very much tutorial video.Would minf if you post Powerpoint online, So I utilize more your lectures
hello sir, how did you get 40 N beloew the "k"?
At 11:20: That is the force in the spring kx, k=200 N/M, x = .2 m. (200)(.2) = 40 N.
@@ColinSelleck thank you for your response sir. Highly appreciated
32.2 how?
Sorry, I don't understand the question.
32.2 is "9.8 m/s" in ft/s (gravity in imperial)