For those who don't understand 1:02 like I did for a split second. M = F(d/2) + F(d/2) {initial} M = F(d/2 + d/2) {factorise} M = F(d) {add} M = Fd {final}
thank you so much, your videos are very straightforward, and your representation of certain examples with legoes makes things even clearer, awesome videos! thank you
I don't really get it when asks for the driving force of a tyre and then he uses the formula ---> force = torque/radius .... Why didn't he say diameter
For those who don't understand 1:02 like I did for a split second.
M = F(d/2) + F(d/2) {initial}
M = F(d/2 + d/2) {factorise}
M = F(d) {add}
M = Fd {final}
Thanks past me 😅
Thank you! That was really helpful
Physicist pickup lines
"I have here a long rigid beam"
"We could share some moments on it together"
you are actually amazing, i love this so much, too much
What ever happened to romantic pickup lines
"what I like to imagine doing is too add force to it "
Best physics videos on UA-cam for a level students
Abu Bardewa Thanks
Hearing that first sentence with your eyes closed XD
haha funny
loooool
Hahahaha
Really wish I had discovered you at the start of the year, but nonetheless the videos are amazing for cramming! Thanks a bunch
thank you so much, your videos are very straightforward, and your representation of certain examples with legoes makes things even clearer, awesome videos! thank you
got my end of first year physics exam tomorrow your videos are amazing
How did it go bro?
So clear and straightforward! thank you!
Is it possible to get any worked solutions for the Isaac Physics B5 moments questions??
Is there any work done against the forces? Like do they gain kinetic energy whilst rotating because wd=force×d
why is at 1:08 the total moment not 2Fd and rather Fd?? help
NinthNinjaHD
Let Fd=1
1/2 + 1/2=1
And 1 is Fd
I made a comment about this but basically:
M = F(d/2) + F(d/2) {initial}
M = F(d/2 + d/2) {factorise}
M = F(d) {add}
M = Fd {final}
thanks
thankyou sir
What pen do you use?
Pilot V-Sign - it's the best!
Two forces which form a couple can be replaced by a single equivalent forces , That's how ?
Any of the anti parallel forces multiplied the perpendicular distance beteeen them= Tourque of a couple
That's right.
I don't really get it when asks for the driving force of a tyre and then he uses the formula ---> force = torque/radius .... Why didn't he say diameter
r is not radius, it is resistence or force
Where have you been all my life
He lives in England brother
Probably at his house