Amswer this plz. i will give you 10 points for this?

Question

the temperature of a piece of copper with mass of 95.4g increases from 298.0k to 321.1k when the metal absorbs 849J of energy as heat. what is specific heat to copper?

Answer 1

Just remember Q=m*cp*(change in temp.)

849 = s(95.4)(23.1)

849 = 2203.74s

2203.74

s = 0.385 J/g

you can also convert this to calories by multipliing by 1/4.18

Answer 2

http://www.geocities.com/mrsparrisghs/Ch...

IT HELPS NOT ONLY WITH THIS Q? BUT WITH LATER ON IN THE FUTURE.

Answer 3

E=cm(delta)t

c(specific heat capacity) = E/m*(delta)t

=849/95.4*23.1

=0.385J/g/C

Answer 4

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Answer 5

equation:  q = smΔT

ΔT = means change in temp. (degrees Celcius)

q = heat (Joules)

s = specific heat capacity (J/g*C)

m = mass

So, the question goes like this....

849 = s(95.4)(23.1)

849 = 2203.74s

------------------------ (divided by)

2203.74

s = 0.385 J/g*C