Physics: Rotational kinematics and torque (1)
Physics: Rotational kinematics. Angular displacement (Δθ); angular velocity (ω); angular acceleration (α). Torque This is a recording of a tutoring session, …
Physics: Rotational kinematics. Angular displacement (Δθ); angular velocity (ω); angular acceleration (α). Torque This is a recording of a tutoring session, …
awesome!
i can’t open your website. is it my laptop or your website down?
This guy is the best
Each time I don’t understand a concept. You ALWAYS help me understand!
Thank you very much for sharing.
he’s a great tutor. almost looks like the guy in 2 and a half men
nice video….great help thnx!!!!!!!!!!!
Loooooool, I see it. Freelanceteacher is the ultimate prankster.
where does lance word comes from – i know how free comes into the phrase
free”lance
keep the videos coming….you are doing are great thing for students!
i LOVE your videos!! its great how you talk to us as if we’re learning (cuz
we are) and not as if we already know this material. but i especially like
the fact that they’re broken up into 10 min segments so we don’t have time
to phase out and we can take breaks!!
you should omit torque from the title of this video
Ok can anybody help me with this question? Why is it that if I have a
wooden block and I slowly apply pressure to the middle of it, it will slide
horizontally. However when I quickly strike that exact same spot in the
middle it now tips. Does anybody know why that is?
I was sick for two weeks and missed 4 lectures!! Hoping your videos will
enlighten me from what I have missed. always watch your videos and you
NEVER usually disappoint 🙂
this helps alot but can you help/ explain to me this question: An electric
hoist is being used to lift a 300lb container. The diameter od the drum (
of the hoist) is 16in, and the container must be raised 50 feet. *what is
the cercumference of the drum? *how many revolutions willl it take to rise
the container 50 feet? *how many radians must the drum rotate? *how many
degrees must the drum rotate? please help me out if you can. thanks
why have you written Δx = t (Vf + Vi) / 2 if it is the same formula as
these both: Vm = Δx / Δt and Vm = (Vf + Vi) / 2 ? It’s much simpler
remember these both because we always use them
VIDEO (6) explains the relationship between r and rotational variables!
Damn it I reached but I didn’t get an outline.
It’s a string of videos, that’s why he left it in
Anyone else notice the flaccid penis on the board at 0:33
this guy helps me in ochem, and now in physics?! i love you
this dude sounds like tobias funke tho
The word freelance originally referred to a soldier or knight that acted as
a mercenary. This soldier was not tied to any particular fief or kingdom,
therefore his lance was “free”(for hire).
You’re way better than my physics professor. He’s a chode.
stop picking on that one girl !!
This guy is awesome