What would the universe look like if PI was 0.1 bigger?

What would the universe look like if PI was 0.1 bigger?

It wouldn't make any sense; that universe would somehow be one in which there can be an object in which all points are equidistant from one other point on a Euclidian plane, but then some of them would simultaneously be closer to the center than others. That, or it would be a universe in which geometry would be fundamentally different.

I think it's merely our observation of a phenomenon. We have this problem where we express our observations as laws. Pi only pertains to circles, so any variation of pi may exist in oblong or irregular shapes

Fun question though

I think it's merely our observation of a phenomenon. We have this problem where we express our observations as laws. Pi only pertains to circles, so any variation of pi may exist in oblong or irregular shapes

Fun question though

yeah the geometry would be different because euclidean planes don't exist irl
life probably wouldn't be able to exist because of the fine-tuning problem

I henceforth define pi to be 3.24159265...
See? Nothing changed. And your question is ill-defined.

But you can't redefine PI as a constant. You need to express it as something

I may be dumb but you're like super dumb

>But you can't redefine PI as a constant. You need to express it as something

PI is a ratio, it's not just a random number

What drugs are you inhaling at the moment

>What would the universe look like if PI was 0.1 bigger?
Not sure. It might be impossible for pi to be any other value than it is in our universe, or else the universe can't exist.