A cab charges $1.45 for the flat fee and $0.55 for each mile. Write and solve an inequality to determine how many miles Ariel can travel if she has $35 to spend. please help!
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OpenStudy (anonymous):
$1.45 + $0.55x ≥ $35; x ≥ 61 miles
$1.45 + $0.55x ≤ $35; x ≤ 61 miles
$0.55 + $1.45x ≥ $35; x ≥ 23 miles
$0.55 + $1.45x ≤ $35; x ≤ 23 miles
OpenStudy (anonymous):
These are the given answers
Directrix (directrix):
$1.45 + .55*x ≤ 35 where x is the number of miles
Solve for x.
OpenStudy (anonymous):
I don't know how ;.;
Directrix (directrix):
$1.45 + .55*x ≤ 35
Subtract 1.45 from both sides of the inequality
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OpenStudy (anonymous):
Hmm ok
OpenStudy (anonymous):
wait you gave me the answer
OpenStudy (anonymous):
A medal for you sir. Thank you.
Directrix (directrix):
.55*x ≤ 33.55
Divide both sides by .55
to solve for x.
You can enter "33.55/.55=" in the Google search box and crank out the result.
Directrix (directrix):
>>wait you gave me the answer
I haven't given the answer. There is more work to do.
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OpenStudy (anonymous):
oh
Directrix (directrix):
x ≤ ? @TheWebAcademyStudent
OpenStudy (anonymous):
61?
Directrix (directrix):
x ≤ 61 Yes.
Which option is the complete answer?
OpenStudy (anonymous):
b ithink
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