Consider a scenario in which $5$ users are being multiplexed over a channel of $10Mbps.$ Under the various scenarios below, match the scenario to whether circuit switching, or packet switching is better. $($Slide $9$ in Lecture $2$ and Problem P$3$ in the textbook should help you with this question.$)$

$\backslash$table$[[$Scenario$,$Technology$],[\backslash$table$[[1.$ Each user generates traffic at an average rate$],[$of $2\mathrm{.}1$ Mbps$,$ generating traffic at a rate of $15]],$Packet Switching.$],[$Mbps when transmitting.,$],[\backslash$table$[[2.$ Each user generates traffic at an average rate$],[$of $2$ Mbps$,$ generating traffic at a rate of $2$ Mbps$],[$when transmitting.$]],$Neither works well in this overload scenario.$],[\backslash$table$[[3.$ Each user generates traffic at an average rate$],[$of $0\mathrm{.}21$ Mbps$,$ generating traffic at a rate of $15],[$Mbps when transmitting$]],$Circuit Switching.$]]$