← Back to context Comment by koolala 1 year ago Sounds universal. Get a different value on the Moon? Of course... pi squares differently on the moon :) 2 comments koolala Reply theginger 1 year ago The arbitrary length pendulum with a period of 2 seconds which is your unit of length, (or 1 Catholic meter) is much shorter on the moon. In local Catholic meters gravity would be pi squared Catholic meters / second. As it would on any planet. koolala 1 year ago I think I understand. Distance scales with Planet Size? That actually makes a lot of sense.
theginger 1 year ago The arbitrary length pendulum with a period of 2 seconds which is your unit of length, (or 1 Catholic meter) is much shorter on the moon. In local Catholic meters gravity would be pi squared Catholic meters / second. As it would on any planet. koolala 1 year ago I think I understand. Distance scales with Planet Size? That actually makes a lot of sense.
koolala 1 year ago I think I understand. Distance scales with Planet Size? That actually makes a lot of sense.
The arbitrary length pendulum with a period of 2 seconds which is your unit of length, (or 1 Catholic meter) is much shorter on the moon. In local Catholic meters gravity would be pi squared Catholic meters / second. As it would on any planet.
I think I understand. Distance scales with Planet Size? That actually makes a lot of sense.