Nailaaaaaa:
Could someone explain this?
Extrinix:
Highest specific heat capacity is how LONG it can stay at a high temperature for, so what do you think the answer is?
Nailaaaaaa:
I don't know
Nailaaaaaa:
I guess it's Substance A but I need to know the reason
Extrinix:
Look closer, it would be substance C because substance C can maintain it’s temperature for longer than the rest of them can.
Nailaaaaaa:
but it's mentioned on this website that the correct answer is Substance A
Extrinix:
Ohhhh, okay I see what was different, the graphs aren’t labeled, so A would be correct yeah.
Extrinix:
Reason being that the blue line (heat capacity) increases unlike the others which either decrease or stay the same.
Nailaaaaaa:
But even Substance C is increasing
Florisalreadytaken:
"Could someone explain this?" cooling takes longer for substances with higher specific heat. we can see that the x axis represents the time -- so basically which one of them lays the most on the x axis.
Nailaaaaaa:
They are all taking the same time
Florisalreadytaken:
they are not -- graph c takes more time than graph a, b or even d does but there is something going on with c though the top temperature is 0 can you see that
Nailaaaaaa:
Yeah but I found out that the correct answer is A on internet without explanation https://quizlet.com/293828117/calorimetry-lab-flash-cards/
Extrinix:
On the web, this doesn’t mean that the graphs are the `exact` same.
Nailaaaaaa:
no its the same
Florisalreadytaken:
that doesnt even match the question -- what are you saying pus, can we have a better screenshot? its not possible that max heat there is 0 why is it blurred?
Extrinix:
The max heat is 100\(^\circ\)C , but you are right with the fact that we can’t see the final temperatures because of the blurred out sections.
Nailaaaaaa:
It is exactly the same as my question I'll take a better screenshot
Nailaaaaaa:
Better now?
Extrinix:
That’s better, notice that the final temperature is higher than the rest, so your answer would be A.
Florisalreadytaken:
much more so if its asing gor which one of them has got the highest specific heat capac. then its C for the only reason that it takes more time, as you can obviously see there in the graph
Extrinix:
Final temperature, Flor.
Nailaaaaaa:
So, the reason is because Substance A is having higher temperature, higher temperture = higher specififc heat capacity right?
Extrinix:
Final temp for C is 22.78 Flor....
Nailaaaaaa:
no it's 22
Florisalreadytaken:
oh its written down i didnt notice lol
Nailaaaaaa:
So can you rewrite the reason, and thanks for the help!
Extrinix:
Florisalreadytaken:
yeah yeah its A -- nice onelol why would they write it like there at the bottom where you cannot see :\
Extrinix:
Frrrr
Nailaaaaaa:
No, that's totally fine at least we found the answer and reason
Nailaaaaaa:
Higher temperture = higher specific heat capacity right? and that is the reason?
Extrinix:
Yeah.
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