Yup on a 2 dimensional surface or if all three share a plane it’ll never work. Only way would be if one was extruded and the other two weren’t touching.
Where do I read more a out the theory behind this?
I'm choosing to believe it's the parents causing the lock-up in that image.
FACTS.
That really grinds my gears!
Damn, this hits way too close to reality.
Took me a second... Hahaha
Some may not realise that this setup of gears would just lock up
Some of them may be graphic designers
Or phone sanitisers.
The graphic designers apparently understand the education system though.
“choose any 2”
Is there a way to arrange three gears in a way that won't lock up (maybe in a line)
Any wat in which 1 and 3 are not in contact with each other. Lines work. 2 being double thickness and 1 and 3 having depth separation works.
Gears are really simple and absolutely something more people should understand
Gears are really simple...
I've got some bad news for you...
Nothing is more simple than American's, I'm afraid. We've been losing a war on education for around 70 years now.
Making the 2 smaller ones not touch each other or one of the small ones not touching with the big one would do it
I can't find that picture (it was anothet textbook cover probably) but imagine the students gear as a long cylindrical gear, and the two other as shorter gears, so when you move say the parents gear it would move the students gear and that in turn will move the teachers gear and it would look fine from the side but looks impossible from the front
Yup on a 2 dimensional surface or if all three share a plane it’ll never work. Only way would be if one was extruded and the other two weren’t touching.
Where do I read more a out the theory behind this?