An equation for the seek time as a function of the seek distance is expressed in the form $t=x+yvvL,$ where $t$ is the time in

milliseconds and $L$ is the seek distance in cylinders.

Given the conditions for $(t=1,L=1)$ and $(t=18,L=499),$ you obtain $t=0\mathrm{.}7561+0\mathrm{.}2439VL.$

Using this formula, calculate the total seek time for the following FCFS schedule: $($Round our results to the nearest whole number.

Do not include decimal places nor commas in your answer.$)$