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A rental car company charges $50 plus 45 cents for each mile driven.
Part1. Find an equation that could be used to model the total cost, C, of the rental where 
m represents the miles driven.
C = ◻
Part 2. The total cost of driving 325 miles is;
$ = ◻

A rental car company charges $50 \$ 50 plus 4545 cents for each mile driven.\newlinePart11. Find an equation that could be used to model the total cost, C \mathrm{C} , of the rental where m m represents the miles driven.\newlineC=C = \square\newlinePart 22. The total cost of driving 325325 miles is;\newline$\$ \square

Full solution

Q. A rental car company charges $50 \$ 50 plus 4545 cents for each mile driven.\newlinePart11. Find an equation that could be used to model the total cost, C \mathrm{C} , of the rental where m m represents the miles driven.\newlineC=C = \square\newlinePart 22. The total cost of driving 325325 miles is;\newline$\$ \square
  1. Base Charge: The base charge is $50\$50, no matter how many miles are driven.
  2. Charge per Mile: The charge per mile is 4545 cents, or $0.45\$0.45.
  3. Total Cost Model: The total cost CC can be modeled by the equation C=base charge+(charge per mile×number of miles)C = \text{base charge} + (\text{charge per mile} \times \text{number of miles}).
  4. Cost Calculation: So the equation is C=50+0.45mC = 50 + 0.45m, where mm is the number of miles driven.
  5. Plug in Miles: Now we need to calculate the total cost for driving 325325 miles.
  6. Calculate Mile Cost: Plug 325325 into the equation for mm: C=50+0.45(325)C = 50 + 0.45(325).
  7. Add Base Charge: Calculate the cost for the miles: $\(0\).\(45\) \times \(325\) = \$(\(146\).\(25\)).
  8. Add Base Charge: Calculate the cost for the miles: \(0.45 \times 325 = \$(146.25)\). Add the base charge to the cost for miles: \(\$50 + \$(146.25) = \$(196.25)\).

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