Use array indexing and relevant MATLAB features to perform the following:

a$.$ Define the $3$ columns with numerical calues, above, as A$.$

b$.$ Extract Product A data column $($price & amount sold$)$ from array A$.$

Save it as Prod$\_$A$\_$data

c$.$ Extract the price row from array $A.$

Save it as price

d$.$ Extract the row for the Quantity sold in Loc $2$ from array A$.$

Save it as Loc$\_2\_$data

e$.$ Creat a $33$ array that determines the revenue of each product in each location $($multiply the prices by the quantity sold in each location$)$

Save to the variable All$\_$prd$\_$loc$\_$sale

f$.$ Find the total revenue of all products sold in Loc $2.$ Use sum command to get the summation of a row.

Save to the variable Loc$\_2\_$Rev

g$.$ Find the total revenue of Product $C$ sold in all locations. Use sum command to get the summation of a column.

Save to the variable Prod$\_$C$\_$Rev

h$.$ Use max command to find the highest revenue among the $3$ products

Save to the variable Prod$\_$max$\_$rev

i$.$ Use min command to find the lowest revenue among the $3$ locations.

Save to the variable Loc$\_$min$\_$rev

j$.$ Expand the original array, $A,$ to include Product $D.$

Save to the updated $A$ as $A_{?}$new