@[email protected] to Dad JokesEnglish • 2 years agoHow do you stay warm in any room?message-square13fedilinkarrow-up192arrow-down13file-text
arrow-up189arrow-down1message-squareHow do you stay warm in any room?@[email protected] to Dad JokesEnglish • 2 years agomessage-square13fedilinkfile-text
minus-square@Dr_NopelinkEnglish17•2 years agoOnly works in very few countries. When you use Celsius you’re near boiling point in the corners.
minus-square@arensblinkEnglish7•2 years agoJust remember: Fahrenheit: 0: too cold! 100: too hot! Celsius: 0: somewhat cold. 100: you’re dead. Kelvin: 0: you’re dead. 100: you’re dead.
minus-square@[email protected]linkfedilinkEnglish5•2 years agoAlso, corners aren’t always 90°. Some rooms are uniquely shaped rather than the standard rectangle.
minus-square@Dr_NopelinkEnglish1•2 years agoAlso I was wondering. In the case of a circle shaped room, are there: no corners? infinite number of 180° corners? something else?
minus-square@arensblinkEnglish1•2 years agoI’d say that a circular room should be viewed as having an infinite number of 0° corners. My reasoning is: on one hand, 0°C is rather cool. Also, a circle can be approximated by an oval, and being in the Oval Office would be pretty freaking cool.
Only works in very few countries. When you use Celsius you’re near boiling point in the corners.
Just remember:
Fahrenheit:
Celsius:
Kelvin:
. 0 Rankine: you’re dead. . 100 Rankine: you’re dead.
But you’re still not cold. So there’s that
There is no denying you will be warm though.
Also, corners aren’t always 90°. Some rooms are uniquely shaped rather than the standard rectangle.
Also I was wondering. In the case of a circle shaped room, are there:
I’d say that a circular room should be viewed as having an infinite number of 0° corners. My reasoning is: on one hand, 0°C is rather cool. Also, a circle can be approximated by an oval, and being in the Oval Office would be pretty freaking cool.
Nordics: Nice.
😬 I was going to mention that
I dunno, sounds pretty warm to me.