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OpenStudy (anonymous):
@aum HELPP
OpenStudy (anonymous):
@myininaya HELP
OpenStudy (loser66):
heheee, nothing to help
OpenStudy (anonymous):
@Loser66 @aum yeah there is
OpenStudy (campbell_st):
ok... so to get the average rate of change
substitute x = 100 and x = 102
and you will have 2 ordered pairs (100, C(100)) and (102, C(102))
the the slope is the average rate of change
\[m = \frac{C(x_{2}) - C(x_{1})}{x_{2} - x_{1}}\]
the instantaneous rate of change, find the 1st derivative and then substitute x = 100 into this new equation.
Hope it helps
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OpenStudy (anonymous):
can someone actually go through the problem with me
OpenStudy (anonymous):
C(100)= 9600
C(120)=14000
OpenStudy (anonymous):
we are just doing part A right?
OpenStudy (anonymous):
can you actually go through this with me? .. @aum
OpenStudy (anonymous):
@hartnn PLEASE HELP
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OpenStudy (anonymous):
nevermind ill ask someone else
OpenStudy (anonymous):
@hartnn i made a new question, can you go to that one please?