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Chemistry 15 Online
OpenStudy (epicteatime):

Calculate the energy change (q) of the surroundings (water). We can assume that the specific heat capacity of water is 4.18 J / (g × °C) and the density of water is 1.00 g/mL. Calculate the specific heat of the metal.

OpenStudy (epicteatime):

How do i do this, when there is no numbers? except the obvious?

OpenStudy (epicteatime):

@ParthKohli

OpenStudy (epicteatime):

@e.mccormick

OpenStudy (epicteatime):

@amistre64

OpenStudy (epicteatime):

@campbell_st

OpenStudy (epicteatime):

...D:<

OpenStudy (epicteatime):

@hartnn

OpenStudy (epicteatime):

@texaschic101

OpenStudy (epicteatime):

@ShadowLegendX

OpenStudy (epicteatime):

@SolomonZelman

OpenStudy (epicteatime):

@Preetha

OpenStudy (epicteatime):

@ParthKohli

OpenStudy (epicteatime):

@Lena772

OpenStudy (epicteatime):

@adrynicoleb

OpenStudy (epicteatime):

@hba

OpenStudy (anonymous):

There has to be more to the problem than what is here, I think. You can use \[q=m \Delta T Cp\] but you don't have a temperature or mass.

OpenStudy (anonymous):

And there is not metal given/identified.

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