Computational Thinking Qualifier: 7 August 2022 (May 2022 term)

1A = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    if (X.PartOfSpeech == “Noun” and X.LetterCount > 6) {
5        A = A + 1
6    }
7    Move X to Table 2
8}

1A = 0
2while (Pile 1 has more cards) {
3    Read the first row X in Table 1
4    Move X to Pile 2
5    while (Pile 1 has more cards) {
6        Read the first row Y in Table 1
7        Move Y to Pile 3
8        if (X.Nationality == Y.Nationality and X.Gender ≠ Y.Gender) {
9            A = A + 1
10        }
11    }
12    Move all cards from Pile 3 to Pile 1
13}

1Count = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    Move X to Table 2
5    if (X.Mathematics == X.Physics or X.Gender ==‘M’) {
6        Count = Count + 1
7    }
8}

1Count = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    Move X to Table 2
5    while (Table 1 has more rows) {
6        Read the first row Y in Table 1
7        Move Y to Table 3
8        ********************
9        *    Fill the code    *
10        ********************
11    }
12    Move all rows from Table 3 to Table 1
13}

1CountA = 0, CountB = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    i = X.LetterCount
5    A = first letter of X.Word
6    B = iᵗʰ letter of X.Word
7    if (A == B) {
8        if (B is a vowel) {
9            CountA = CountA + 1
10        }
11        CountB = CountB + 1
12    }
13    Move X to Table 2
14}

1CountA = 0, CountB = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    i = X.LetterCount
5    A = first letter of X.Word
6    B = iᵗʰ letter of X.Word
7    if (A == B) {
8        if (B is a vowel) {
9            CountA = CountA + 1
10        }
11        CountB = CountB + 1
12    }
13    Move X to Table 2
14}

1A = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    i = 1
5    j = X.LetterCount
6    Flag = True
7    while (i < j and Flag) {
8    ********************
9    *    Fill the code    *
10    ********************
11        i = i + 1
12        j = j - 1
13    }
14    if (Flag) {
15        A = A + 1
16    }
17    Move X to Table 2
18}

1Count = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    Move the row X to Table 2
5    while (Table 1 has more rows) {
6        Read the first row Y in Table 1
7        Count = Count + compareSomething(X.Total, Y.Total)
8        Count = Count + compareSomething(Y.Total, X.Total)
9        Move the row Y to Table 3
10    }
11    Move all rows from Table 3 to Table 1
12}
13Procedure compareSomething(A, B)
14    if (A ≤ B) {
15        return (1)
16    }
17    else {
18        return (-1)
19    }
20End compareSomething

1while (Table 1 has more rows) {
2    Read the first row X in Table 1
3    ********************
4    *    Fill the code    *
5    ********************
6
7}
8B = 101
9while (Table 3 has more rows) {
10    Read the first row X in Table 3
11    if (X.Total > Avg and X.Mathematics < B) {
12        B = X.Mathematics
13    }
14    Move X to Table 2
15}

1A = 0, B = 0, C = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    Move X to Table 2
5    if (X.PartOfSpeech == “Adjective”) {
6        B = B + 1
7    }
8    if (X.PartOfSpeech == “Verb”) {
9        C = C + 1
10    }
11    if (X.Word ends with a full stop) {
12        if (B ≥ 1 and C ≤ 2) {
13            A = A + 1
14        }
15        B = 0, C = 0
16    }
17}

1A = 0
2while (Table 1 has more rows) {
3    Read the first row X in Table 1
4    Move X to Table 2
5    B = True
6    while (Table 1 has more rows) {
7        Read the first row Y in Table 1
8        if (X.Physics == Y.Physics) {
9            B = False
10            Move Y to Table 2
11        }
12        else {
13            Move Y to Table 3
14        }
15    }
16    if (B) {
17        A = A + 1
18    }
19    Move all rows from Table 3 to Table 1
20}

1A = 0, B = 0
2while (Pile 1 has more cards) {
3    Read the first row X in Table 1
4    Move X to Pile 2
5    while (Pile 1 has more cards) {
6        Read the first row Y in Table 1
7        Move Y to Pile 3
8        if (X.Gender == Y.Gender or X.CityTown == Y.CityTown) {
9            A = A + 1
10        }
11        if (X.Gender == Y.Gender and X.CityTown == Y.CityTown) {
12            B = B + 1
13        }
14    }
15    Move all cards from Pile 3 to Pile 1
16}

1 1  Bcount = 0
2 2  CountV = 0, CountC = 0
3 3  while (Table 1 has more rows) {
4 4      Read the first row X in Table 1
5 5      CountV, CountC = countSomething(X, CountV, CountC)
6 6      if (X.Word ends with a full stop) {
7 7          if (CountV ≠ CountC) {
8 8              Bcount = Bcount + 1
9 9          }
1010      }
1111      CountV = 0, CountC = 0
1212      Move the row X to Table 2
1313  }
14
1514  Procedure countSomething(Y, A, B)
1615      i = 0
1716      while (i ≤ Y.LetterCount) {
1817          if (ith letter of Y.Word is vowel) {
1918              A = A + 1
2019          }
2120          else {
2221              B = B + 1
2322          }
2423          i = i + 1
2524      }
2625      return ([A, B])
2726  End countSomething

1 1  while (Table 1 has more rows) {
2 2      Read the first row X in Table 1
3 3      if (X.Medal == “Gold”) {
4 4          Move X to Table G
5 5      }
6 6      if (X.Medal == “Silver”) {
7 7          Move X to Table S
8 8      }
9 9      if (X.Medal == “Bronze”) {
1010          Move X to Table B
1111      }
1212  }
1313  count = common(Table G) + common(Table S) + common(Table B)
14
1514  Procedure common(Table T1)
1615      A = 1
1716      while (Table T1 has more rows) {
1817          Read the first row X in Table T1
1918          Move X to Table T2
2019          while (Table T2 has more rows) {
2120              Read the first row Y in Table T1
2221              Move Y to Table T3
2322              if (X.Nationality == Y.Nationality) {
2423                  A = A + 1
2524              }
2625          }
2726          Move all rows from Table T3 to Table T2
2827      }
2928      return(A)
3029  End common