Using the mathematical formulas for specific heat...
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OpenStudy (amtran_bus):
A metal with a specific heat of .126 cal/gC is placed into a boiling water bath with a temp of 94.5C. The metal is then placed into a calorimeter containing 86.5g of acetic acid at a temp of 20.6C. The temp of the acid and metal reached 35.5C. The density of the acid is 1.04g/ml and the specific heat is 2.05 J/gC. What is the mass of the metal?
OpenStudy (amtran_bus):
@jim_thompson5910 @robtobey @Albertoimus
OpenStudy (anonymous):
u liike posteed evey 1
OpenStudy (anonymous):
calling all sexy people :P
OpenStudy (anonymous):
yes
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OpenStudy (anonymous):
I've no idea really..
OpenStudy (anonymous):
lol @HawkCrimson
OpenStudy (anonymous):
i have no idea
OpenStudy (anonymous):
idk srry!
OpenStudy (anonymous):
lmfaoo sorry
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OpenStudy (anonymous):
Im only in 7th grade ....
OpenStudy (amtran_bus):
@kensclark15
OpenStudy (anonymous):
this is a physics question
OpenStudy (evonhowell):
Dude I have no idea..
OpenStudy (frostbite):
\[C=c*m\]
C = the heat capacity
c= The specific heat capacity
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OpenStudy (frostbite):
The equation should not be used in phase transitions....
OpenStudy (frostbite):
done deal.
OpenStudy (anonymous):
this is super hard for a seventh grader...?
OpenStudy (anonymous):
kinda plus i dont wanna do a buch of work pls im in easier math
OpenStudy (anonymous):
.. okay.
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OpenStudy (anonymous):
plus not pls
OpenStudy (anonymous):
i didnt learn this till 9th grade so dont worry @godgavemeyou
OpenStudy (amtran_bus):
im in 12th
OpenStudy (frostbite):
In addition to that you might want to use this relation as well:
\[c=\frac{ Q }{ \Delta T*m }\]
OpenStudy (anonymous):
yea i have no clue!
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