|
By (user no longer on site) OP
over a year ago
|
I'm asking on a much much bigger scale.
Would it still work if the end of the pendulum would have to travel faster than light speed to reach its next destination every second? |
Reply privately, Reply in forum +quote
or View forums list | |
|
By (user no longer on site)
over a year ago
|
"I'm asking on a much much bigger scale.
Would it still work if the end of the pendulum would have to travel faster than light speed to reach its next destination every second?"
Nothing that current science is aware of can exceed the speed of light, so a clock of a size that required this would not work with just one pendulum. However, a clock can have more than one pendulum sequenced with cogs and gears so it's theoretically possible to have no limit on the size of the clockwork mechanism or the clock. Why anyone would want a clock this big, I have no idea though |
Reply privately, Reply in forum +quote
or View forums list | |
|
By (user no longer on site) OP
over a year ago
|
"How big can a clockwork clock get before it stops working as intended?
Why would an increase in size stop the principle from working? The laws of physics won't change or affect it differently. "
Because eventually the end of the pendulum would have to travel faster than light to meet its next destination. And since the pendulum has mass it couldn't travel that fast.
Or could it!
Bit like the faster than light slice phenomenon. |
Reply privately, Reply in forum +quote
or View forums list | |
» Add a new message to this topic