A one-dimensional (1D) array Rooms [] contains the names of up to 20 rooms in a house. A two-dimensional (2D) array Dimensions [] is used to store the length, width and area of each room. The position of any room's data is the same in both arrays. For example, the data in index 5 of Dimensions [] belongs to the room in index 5 of Rooms[] The variable Number stores the number of rooms for which data is to be input. There must be at least 3 rooms but no more than 20. Write a program that meets the following requirements: • allows the number of rooms for which data is required to be input, stored and validated • allows the name of the room and the length and width of the room, in metres, to be entered and stored • allows the area of each room to be calculated as length multiplied by width and stored as square metres rounded to two decimal places • calculates the average size of all the rooms by area, in square metres, rounded to two decimal places • finds the largest room and smallest room by area • outputs the names of all rooms with their dimensions and area • outputs the names of the largest room and smallest room by area • outputs the total area of the house and the average size of all the rooms by area. You must use pseudocode or program code and add comments to explain how your code works. You do not need to declare any arrays or variables; you may assume that this has already been done. All inputs and outputs must contain suitable messages.

1. (a)A one-dimensional (1D) array Rooms [] contains the names of up to 20 rooms in a house. A two-dimensional (2D) array Dimensions [] is used to store the length, width and area of each room. The position of any room's data is the same in both arrays. For example, the data in index 5 of Dimensions [] belongs to the room in index 5 of Rooms[] The variable Number stores the number of rooms for which data is to be input. There must be at least 3 rooms but no more than 20. Write a program that meets the following requirements: • allows the number of rooms for which data is required to be input, stored and validated • allows the name of the room and the length and width of the room, in metres, to be entered and stored • allows the area of each room to be calculated as length multiplied by width and stored as square metres rounded to two decimal places • calculates the average size of all the rooms by area, in square metres, rounded to two decimal places • finds the largest room and smallest room by area • outputs the names of all rooms with their dimensions and area • outputs the names of the largest room and smallest room by area • outputs the total area of the house and the average size of all the rooms by area. You must use pseudocode or program code and add comments to explain how your code works. You do not need to declare any arrays or variables; you may assume that this has already been done. All inputs and outputs must contain suitable messages.[15]