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OpenStudy (anonymous):
OpenStudy (anonymous):
solve it! @CaseyCarns
OpenStudy (anonymous):
\[\frac{ 100 }{ 38 }\times17100=?\]
OpenStudy (anonymous):
Do I times 17100 by 38?
OpenStudy (michele_laino):
@CaseyCarns please note that 62% is the percentage of reserved seats
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OpenStudy (michele_laino):
if I call with N number of total seats of arena, then the subsequant condition has to be checked:
OpenStudy (michele_laino):
\[N-\frac{ 60 }{ 100 }N=17100\]
OpenStudy (anonymous):
I have a problem with the letters whenever they're involved I get confused
OpenStudy (michele_laino):
oops 62/100 not 60/100
OpenStudy (michele_laino):
ok! please how many seats contain an arena, in general?
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OpenStudy (michele_laino):
or how many seats are there within an arena, generally?
OpenStudy (anonymous):
17,100
OpenStudy (anonymous):
10602 have already been sold
OpenStudy (michele_laino):
no, it is incorrect, because 17,100 are not total seats.
17,100 are the seats available yet
OpenStudy (anonymous):
oh
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OpenStudy (michele_laino):
for example, I suppose than into an arena there are 100,000 seats
OpenStudy (michele_laino):
oops ...that into an arena...
OpenStudy (michele_laino):
and I suppose that, as in your problem, only 62% of those seats are sold, so I can write that seats unavailable are\[100,000*\frac{ 62 }{ 100 }=62,000\]
and consequently:
\[100,000-62,000=38,000\]
are the seats available yet. Do you agree?
OpenStudy (michele_laino):
@CaseyCarns
OpenStudy (anonymous):
38,000 all together?
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OpenStudy (michele_laino):
total seats are 100,000
OpenStudy (anonymous):
38,000 available?
OpenStudy (michele_laino):
that's right! Note that we have to calculate total number of seats
OpenStudy (anonymous):
Okay bc thats not an answer choice
OpenStudy (michele_laino):
if we simplify the above condition, I get:
\[\frac{ 38 }{ 100 }N=17100\]
now multiply both sides by 100
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