Tasks

Understand the problem by reading the chapter slides then do the following:

Make a function called ntickets$($N$,$gamma,p$)$ that does the following:

Creates a plot of the objective function Vs $"n"$ the number. of tickets sold $($Wednesday $6/21$ Recording$)$

Objective Vs $n$ to find optimal tickets sold seats$).$

Makes a plot of $n$ Vs gamma $($allow gamma to change$),$ given $N,p$

Makes a plot of $n$ Vs $p($allow $$ to change$),$ given $N,$ gamma

prints a named list containing $n,N,p$ and gamma

Test your function by calling ntickets $,$ gamma $=0\mathrm{.}02,p=0\mathrm{.}95)$

Place your function and call in an RMD and knit to HTML

Upload ONLY the HTML $($This should have the function visible so I can grade it$,$ the three plots, and the printed list$)$