This pseudocode algorithm should allow 500 names of people and their heights to be entered and stored in two one-dimensional (1D) arrays. The name of a person and the height of that person are in the same index in both the Names[] and the Heights[] arrays. The algorithm performs as follows: • at the start, the following data is entered: Ο name of person Ο height of person in cm • the data is stored in the relevant arrays • the heights of the people are totalled • the shortest person is found • at the end, the following is output: Ο name of shortest person Ο height of shortest person Ο average height of all 500 people. 01 DECLARE Names : ARRAY[1:500] OF REAL 02 DECLARE Heights : ARRAY[1:500] OF REAL 03 DECLARE Shortest : REAL 04 DECLARE Total : REAL 05 DECLARE Counter : INTEGER 06 DECLARE Index : INTEGER 07 Shortest ← 500 08 Index ← 0 09 Total ← 100 10 FOR Counter ← 1 TO 500 11 INPUT Names [Index] 12 INPUT Heights [Counter] 13 Total ← Counter + Heights [Counter] 14 IF Heights[Counter] < Shortest 15 THEN 16 Shortest ← Heights [Counter] 17 Index ← Counter 18 ENDIF 19 NEXT Counter 20 OUTPUT "The shortest height is ", Heights 21 OUTPUT "The shortest person is ", Names[Index] 22 OUTPUT "The average height is ", Total / 500

1. (a)Identify the line numbers of five errors in the pseudocode and suggest a correction for each error. Error 1 line number Correction Error 2 line number Correction Error 3 line number Correction Error 4 line number Correction Error 5 line number Correction[5]
2. (b)Write the pseudocode statement that will output the average height rounded to one decimal place.[2]
3. (c)Explain how you could change the corrected algorithm so that it will also: • find the height of the tallest person. • output the height of the tallest person at the end of the algorithm. Any program statements used must be fully explained.[4]