Chemistry
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OpenStudy (superhelp101):
3. Assuming that is the identity of the metal, determine the percent error of your calculated specific heat capacity value.
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OpenStudy (superhelp101):
@JoannaBlackwelder this is a follow up question to that, how do find the percent error? isn't it a formula?
OpenStudy (superhelp101):
oh i see. so what is the approximate value?
OpenStudy (joannablackwelder):
The value you calculated.
OpenStudy (superhelp101):
oh so what about the exact value?
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OpenStudy (joannablackwelder):
The value on the chart.
OpenStudy (superhelp101):
oh ok i will try to work it out then i will show you
OpenStudy (joannablackwelder):
ok :)
OpenStudy (superhelp101):
.208-.210/.208 they are in absolute value though
OpenStudy (joannablackwelder):
Check that. Be careful!
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OpenStudy (superhelp101):
what numbers do i have to change?
OpenStudy (joannablackwelder):
It should be |approx-exact|/|exact|
The numerator looks good, but check the denominator
OpenStudy (superhelp101):
oh i meant .210
OpenStudy (joannablackwelder):
Good. :)
OpenStudy (superhelp101):
i got it to equal .00952381
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OpenStudy (joannablackwelder):
Sweet. :) Now, to put that into a percentage, multiply by 100%
OpenStudy (superhelp101):
.952381
OpenStudy (joannablackwelder):
%
OpenStudy (joannablackwelder):
:)
OpenStudy (superhelp101):
whee! Thank you for teaching me! :)
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OpenStudy (joannablackwelder):
No worries :)