Using Newton's Law of Cooling - any of the following 3 formulas: , you 

should find that it'll take the soup:  to cool to a temperature of 85oF. 

Answer by Alan3354(69443)   (Show Source): You can put this solution on YOUR website!
 It is possible for water (or soup) to boil at 100 degs F at low pressure, but no one lives at an altitude of 51,160 feet.

-------

IDK what the pressure is inside the ISS, but I don't think they make soup anyway.

=========

It's true, Theo used an inapplicable method.

We should have him killed.

Or maybe just deported, but we don't know where he lives, or to where we could deport him.

Maybe to somewhere at an altitude of 51,000 feet?

=============

PS  Years ago, when I was studying calculus, I figure out the cooling thing.

I thought I had discovered something new, but then found that I was 300 or 400 years too late.

I coulda been first, but I wasn't yet born.

 

Answer by ikleyn(52812)   (Show Source): You can put this solution on YOUR website!
 .





The solution by @Theo is wrong, since he uses a linear function for the temperature decrease in time.





while this function must be shifted exponent, according to the Newton's cooling law.







I even have special lesson with a template solution for this kind of problems,





but for the person, who is not able to distinct Fahrenheit and Celsius degrees I don't want even show the link to this lesson.







There is no any sense to explain something relevant to such a person.







/\/\/\/\/\/\/\/





Special addition for Alan : the air pressure inside ISS is practically atmospheric, 101.3 kPa.





See this Wikipedia article  https://en.wikipedia.org/wiki/ISS_ECLSS 







 

RELATED QUESTIONS

Can someone please help explain how to solve the problem: 
A pot of boiling soup with an  (answered by addingup,solver91311,ikleyn)

NOTE: I phrased this question EXACTLY as it was given to me. A pot of boiling soup with... (answered by ikleyn)

Can someone help?
A pot of boiling soup with an internal temperature of 100° Fahrenheit  (answered by ikleyn)

A pot of boiling soup with an internal temperature of 100° Fahrenheit was taken off the... (answered by Alan3354,ikleyn)

A pot of boiling soup with an internal temperature of 100° Fahrenheit was taken off the... (answered by ikleyn)

can someone please assist me in understanding what I am doing wrong:

A pot of boiling... (answered by jim_thompson5910)

A soup with an internal temperature of 350 F was taken off the stove to cool in a 71 F... (answered by josgarithmetic)

I tried to do this problem with the example from the site, yet couldn't find the right... (answered by Boreal)

Newton's Law of Cooling governs the temperature of an object  T(t)T(t) initially at... (answered by Fombitz)