To represent the total cost of Levi's Uber ride, we can form the expression based on the given charges. The total cost \( C \) can be represented by the following expression:
\[ C = 5 + 1.50m \]
Where:
- \( 5 \) represents the base pick-up charge,
- \( 1.50 \) represents the cost per mile,
- \( m \) represents the number of miles driven.
So the complete expression is:
\[ C = 5 + 1.50m \]
If you're looking for specific numbers, the expression itself already has the essential values included. If you want to calculate the total cost for specific values of \( m \), you can substitute \( m \) with any number of miles driven. For example:
- For \( m = 0 \) miles: \( C = 5 + 1.50(0) = 5 \)
- For \( m = 1 \) mile: \( C = 5 + 1.50(1) = 6.50 \)
- For \( m = 4 \) miles: \( C = 5 + 1.50(4) = 11 \)
Feel free to ask if you need more specific calculations!
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