whole company. An example of the program output $($with a sample input in bold$)$ is: Program Output with Example Input Shown in Bold This program will calculate the total sales of all the company's divisions. Rnter the following sales data: Division $1,$ Quarter $1$: $\backslash (\backslash$$ $31569\mathrm{.}45\backslash )[$Enter$]$ Division $1,$ Quarter $2$: $\backslash (\backslash$$ $29654\mathrm{.}23\backslash )[$Enter$]$ Division $1,$ Quarter $3$: $\backslash$$$32982\mathrm{.}54[$Enter$]$ Division $1,$ Quarter $4$: $\backslash$$$39651\mathrm{.}21[$Enter$]$ Division $2,$ Quarter $1$: $\backslash$$$56321\mathrm{.}02[$Enter$]$ Division $2,$ Quarter $2$: $\backslash$$$54128\mathrm{.}63[$Enter$]$ Division $2,$ Quarter $3$s $\backslash$$$41235\mathrm{.}85[$Enter$]$ Division $3,$ Quarter It $\backslash$$$29654\mathrm{.}35[$Enter$]$ Division $3,$ Quarter $2$t $\backslash$$$28963\mathrm{.}32[$Enter$]$ Division $3,$ Quarter $3$: $\backslash$$$25353\mathrm{.}55[$Enter$]$ Division $3,$ Quarter $\backslash (4$: $\backslash$$ $32615\mathrm{.}88\backslash )[$Enter$]$ The total sales for the company are: $\backslash (\backslash$$ $456782\mathrm{.}34\backslash )$ Note: Other than the videos presented in this module, Section $7\mathrm{.}9$ of your Textbook $($Gaddis$,2015)$ explains how to sum the values in a two$-$dimensional array. The title of this sub$-$section is: $-$ "Summing All the Elements of a Two$-$Dimensional Array" Try to solve this problem without consulting the code in the Textbook, and then study the solution presented by the author of the book, and compare Attach File QUESTION $2$ Exercise $2$ An example of the program output $($without the part of the input$)$ is: