Question 24 Borax charges a flat rate of \( \$ 133 \) and an additional \( \$ 31 \) for every kilometer traveled. If you will travel \( x \) kilometers, how much will the total fare be? ○ \( 133 x-31 \) O \( 133 x+31 \) \( 031 x+133 \) \( 031 x-133 \)

To calculate the total fare for traveling \( x \) kilometers with Borax, you start with a flat rate of \( \$ 133 \) and add \( \$ 31 \) for each kilometer traveled. The total fare can be expressed as: \[ \text{Total Fare} = 133 + 31x \] None of the provided options match this expression directly. However, if we consider the closest option, it seems like there might be a typographical error in the options. The correct expression should be: \[ 31x + 133 \] So, the correct answer is: \( 31x + 133 \)