i'm in my fourth year of undergrad, and something like this that i learned in freshman year can be really hazy, especially when it wasn't taught right the first time. you are amazing and have completely covered everything i needed without any fuss and any difficult explanation. excellent video, thank you so much!
MrFunkytrunk Because there are 3 forms of density, Volume; Rho = kilogram per meter cubed. Area; Rho = kilogram per meter squared and Linear; rho = kilogram per meter. it is the density of material per unit length.
Everything I needed in less then 12 minutes. Unbelievable
i'm in my fourth year of undergrad, and something like this that i learned in freshman year can be really hazy, especially when it wasn't taught right the first time. you are amazing and have completely covered everything i needed without any fuss and any difficult explanation. excellent video, thank you so much!
He really meant it when he said "2 minutes"
Making me want to stop studying and grab my guitar lol but Definitely the best video I've found so far for this material.
Very good explanation 💜
FINALLY! I understand moment of inertia!
Thank You Professor!
Great video.
For me, it seemed more confusing to use the area moment of inertia equation to begin with. Otherwise, very well explained. Thanks
Some of the questions i tried they tend to neglect the md^2 after the mass moment inertia. why?
You are the best! Thanks
great video !!!
Yay, found it!
OK, how would you calculate the total inertial force of the sled if acceleration is X , sled of mass y and trust or push is Z
Cool shirt!
doesn't the integral give ML^3/3 and not /12 ?
I have some doubts... I'm sorry if I'm wrong.... Y did u take limits as l/2 to l/2? It should be l/2 and - l/2?
it is l/2 and -l/2
Why is rho considered mass/unit length?
MrFunkytrunk Because there are 3 forms of density, Volume; Rho = kilogram per meter cubed. Area; Rho = kilogram per meter squared and Linear; rho = kilogram per meter. it is the density of material per unit length.
takpaham la laju sangat