Calculating Wormhole Wind Speeds

Here's something I've never noticed anyone asking when it comes to wormholes/portals: If they allowed air to pass through them, how fast would the wind be? Should atmospheric pressure differences be a concern?

There's a round 2D wormhole with a diameter of 2m (imagine a green warp pipe with an inner diameter of 2m if that helps simplify things). On one end the barometer reads 1050mb (15.229psi), the other end reads 950mb (13.779psi); meaning there is a 100mb (1.45psi) difference in pressure between the two ends of the wormhole.

Assuming all other factors are static on both sides (68Â°F, same elevation, earth-like atmosphere, etc), can someone walk me through how to find the flow rate and velocity of the air traveling through this wormhole, please?

(Every online calculator I look at keeps asking me for more stuff like the flow rate in CFM, and I have no idea how to find that.)

is a duplicate

This question has been asked before and has already been answered. It should be marked as a duplicate.

Please enter the URL of the proposed duplicate in the details field below.

not constructive

This question cannot be answered in a way that is helpful to anyone. It's not possible to learn something from possible answers, except for the solution for the specific problem of the asker.

Communities

Calculating Wormhole Wind Speeds

0 comment threads

0 answers