This page mentions a more realistic range of -40°C to 100°C. Maybe an intern read the ° as 0 and nobody doublechecked the packaging design.
51 0 ReplyYeah that makes sense.
2 0 ReplyWell, since there are no "degrees" in Celsius measurements, that seems unlikely?
Celsius is the actueal unit of measurement, unlike Farenheit, which is a scale with the units being degrees.
3 19 ReplyI think you're mistaking Celsius and Kelvin. Celsius is absolutely measured in degrees.
https://en.wikipedia.org/wiki/Celsius#:~:text=The degree Celsius is the,other being the Kelvin scale.
13 0 ReplyNaw dog, Celsius uses degrees.
Kelvin does not. Kelvin is just Celsius on an absolute scale.
9 0 ReplyGuess the everyone around me and I have been using Celsius wrong then...
It definitely uses degrees.
7 0 Reply
Hard to prove wrong
32 1 ReplyI've been looking for a way to attach my Bose Einstein condensates together and it looks like I've finally found it.
14 0 ReplyLooks like they just added a zero? -40 to 100 is a much more realistic claim.
8 0 ReplyGo ahead, prove them wrong
7 0 ReplySounds like they're full of shit
6 0 ReplyIt even bonds in the wet!
6 0 ReplyThings will definitely not move then.
5 0 ReplySticks like the shit you held for three days Add federated beans and it breaks physics. Source: Trust me bro
9 4 ReplyThis is probably a translation error. 538C and -240C, which is the same as 1000F and -400F.
5 0 ReplyRead exactly what it says: 1000C and minus 400C.
It's not talking about temperature but about charge rate. This works on batteries that are charged with up to 1000C and discharged with up to 400C.
2 0 ReplyShould still be 0K.
5 3 ReplyJust apply and let dry!
So strong, not even negative movement can break its bond!2 0 Reply400C is like 650K. Not even close to absolute zero
3 14 Reply“minus 400C”
12 0 ReplyThe upper end is about the melting point of brass - that's pretty good adhesive.
2 0 Reply