Write a function called place$\_$ghosts that accepts $2$ arguments. The first argument called board is a list of lists. The second argument called ghosts is a list of string objects.The board contains a player $($represented by the string $\text{'}^)$ and a melon $($represented by the string $\text{'}$M$\text{'})$ at random locations. All other locations in the board are empty and are filled in with $0.$ The function places each ghost in the ghosts list at random empty locations in the board. After placing all the ghosts, the function returns a list ofTime left $0$:$08$:$09$each tuple is the location i$.$e$.$ the $($row$,$ col$)$ pair where a ghost has been placed.In addition to the placelghosts function the program also has a main function. The main function calls the place ghosts function with the required arguments. Assume themain function already exists and looks like thisdef main $()$:board $=$ LLO, PI$.00.01.1$M$.910$ghosts $=$ UG$,\text{'}$G$\text{'},\text{'}$G$\text{'}]$ghosts$/$tocations $=$ place$\_$ghest$=$ board, ahost$=$print $($Board:$\text{'},$ board$)$print $(\text{'}$Ghosts Locations :$\text{'},$ ghostsFFo$0$MtFonMmain $()$When the program is executed, something similar to the following output is displayed:Board: $[$l$\text{'}$G$\text{'},\text{'}$P$\text{'}],[\text{'}$G$\text{'}.01.$ UM$.*$G$*31$Ghosts Locations: $[(0,0).(1,0).(2.1)]$Complete the place$\_$ghosts function by dragging and dropping the answers in the blanks to make it work as desired