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Tom bought a boat for $3,000\$3,000 and incurs a daily storage fee of $15\$15. Write a linear function to represent the total amount Tom will owe, p(x)p(x), if he waits xx days to pick it up. \newline ______

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Q. Tom bought a boat for $3,000\$3,000 and incurs a daily storage fee of $15\$15. Write a linear function to represent the total amount Tom will owe, p(x)p(x), if he waits xx days to pick it up. \newline ______
  1. Identify Cost and Fee: Identify the initial cost and the daily storage fee.\newlineTom bought the boat for an initial cost of $3,000\$3,000. This is a one-time payment and does not depend on the number of days. The daily storage fee is $15\$15 per day. This fee accumulates each day Tom waits to pick up the boat.
  2. Write Linear Function: Write the linear function to represent the total cost.\newlineThe total amount Tom will owe, p(x)p(x), is the sum of the initial cost and the daily storage fees accumulated over xx days. The linear function will have a constant term (the initial cost) and a variable term (the daily fee times the number of days).\newlinep(x)=initial cost+(daily storage fee×number of days)p(x) = \text{initial cost} + (\text{daily storage fee} \times \text{number of days})\newlinep(x)=($3,000)+($(15)×x)p(x) = (\$3,000) + (\$(15) \times x)
  3. Simplify Function: Simplify the linear function.\newlineThe linear function does not need any further simplification since it is already in the form of p(x)=mx+bp(x) = mx + b, where mm is the slope (daily storage fee) and bb is the y-intercept (initial cost).\newlinep(x)=$(3,000)+$(15)xp(x) = \$(3,000) + \$(15)x

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