(49g) (50g) Water boiling temperature = f(altitude/pressure + temp); Water density

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(49g) (50g) Water boiling temperature = f(altitude/pressure + temp); Water density

08-14-2021, 12:56 PM

Post: #3

Albert Chan Offline

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RE: HP49-50G : Water 1) boiling temp = f(altitude + temp.air ) 2) density

(08-13-2021 09:38 PM)Gil Wrote: Boiling temperature at Everest, 8848 m, and local temperature - 20 degrees Celsius : 68.842 degrees Celsius.

And using the program without giving the local/unknown temperature returns 68.048 degrees Celsius.

What local temperature will the 2 results match ?

How does local temperature affect boiling point of water ?

What direction is the effect ?
And, by how much ? (is it always within 1 degree Celsius ?)

Can you provide source of formulas ? Thanks.

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Messages In This Thread

(49g) (50g) Water boiling temperature = f(altitude/pressure + temp); Water density - Gil - 08-13-2021, 09:38 PM

RE: HP49-50G : Water 1) boiling temp = f(altitude + temp.air ) 2) density - Gil - 08-13-2021, 11:37 PM

RE: HP49-50G : Water 1) boiling temp = f(altitude + temp.air ) 2) density - Albert Chan - 08-14-2021 12:56 PM

RE: HP49-50G : Water 1) boiling temp = f(altitude + temp.air ) 2) density - Gil - 08-16-2021, 01:06 PM

RE: HP49-50G : Water 1) boiling temp = f(altitude + temp.air ) 2) density - Gil - 08-16-2021, 11:03 PM

RE: HP49-50G : Water 1) boiling temp = f(altitude + temp.air ) 2) density - Gil - 08-20-2021, 10:26 AM

RE: HP49-50G : Boiling temperature of water = f(pressure)//Density of water - Gil - 08-31-2021, 10:12 PM

RE: HP49-50G: Water boiling temperature = f(altitude + temp); Water density - Gil - 10-03-2021, 08:47 AM

RE: (49g) (50g) Water boiling temperature = f(altitude + temp); Water density - Gil - 01-12-2023, 01:56 PM

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