Fiona has $18 to spend. She spent $4.25, including tax, to buy a notebook. She needs to save $9.75, but she wants to buy a snack. If crackers cost $0.50 per package including tax, what inequality would show the maximum number of packages that Fiona can buy? Solve your inequality by showing your work and steps.
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OpenStudy (anonymous):
I NEED HELP WILL FAN AND WILL MEDAL
OpenStudy (anonymous):
@KendruckLamar2014
OpenStudy (anonymous):
@KendrickLamar2014
OpenStudy (kendricklamar2014):
IDK, sorry
OpenStudy (kendricklamar2014):
@acxbox22
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OpenStudy (acxbox22):
so we know she has $18 but she wants to save 9.75 so we subtract that from 18
leaving 8.25
now we setup the inequality
she wants to buy the maximum number so it has to be less than or equal to 8.75
OpenStudy (anonymous):
@Directrix
Directrix (directrix):
@acxbox22 has already helped.
OpenStudy (anonymous):
I do not understand what the inequality would look like
Directrix (directrix):
I'm wondering what variable to use myself. Post the options.
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OpenStudy (anonymous):
there are no options
OpenStudy (anonymous):
@DanJS
OpenStudy (acxbox22):
lets use c for crackers
each cracker,c cost 50 cents
so
\[0.5c \le 8.25\]
now divide by 0.5 on both sides