Data structures: lists, arrays and tables

9.Match each type of data structure to its most common use.

10.Arrange the steps to add an item to the end of a list in a typical high-level language (e.g., Python).

11.Which of the following are valid ways to iterate over a list in Python? (Select all that apply)

12.In a two-dimensional array, the first index typically represents the row and the second index represents the column.

13.Which of the following is a common reason to use a table (two-dimensional array) rather than a list?

14.In Python, which of the following correctly removes the last item from a list named 'scores'?

15.Which of the following are true about arrays? (Select all that apply)

16.In a 2D array, the elements are stored in memory in a single continuous block, either row by row or column by column.

17.A program stores the daily temperature readings for a week in an array called `temps`. The reading for Monday is stored at index 0. Which index would you use to access the temperature for Friday?

18.Which of the following are true about a two-dimensional array (table)? (Select all that apply)

19.In a one-based indexing system, the first element of an array has index 1.

20.A table (2D array) has 3 rows and 4 columns. Each element is a 2-byte integer. The table is stored starting at memory address 1000. What is the memory address of the element at row 1, column 2 (using zero-based indexing)?

21.A program uses an array to store the names of students in a class. Which of the following is the most appropriate reason to use an array rather than separate variables?

22.A school records the marks of 30 students in 5 subjects in a 2D array called `marks`. The array is indexed as `marks[student][subject]` with zero-based indexing. Which expression gives the total mark for the student at index 2?

23.A student writes a program to store the daily maximum temperature for each day of a week (Monday to Sunday). They decide to use an array. Which of the following is the most appropriate reason to use an array rather than seven separate variables?

24.In a one-dimensional array with zero-based indexing, the last element has an index equal to the length of the array.

25.A program stores the heights of 30 students in an array called `heights`. The first student's height is at index 0. Which loop correctly calculates the total height of all students?

26.An array of 6 integers is stored starting at memory address 3000. Each integer occupies 4 bytes. Using the formula address = base + (index × size), what is the memory address of the element with index 4?

27.Which of the following are true about two-dimensional arrays (tables)? (Select all that apply)

28.In Python, the `append` method adds an item to the beginning of a list.

29.Match each data structure to its most common use.

30.A program uses a 2D array to store the scores of 10 players across 5 rounds. The array is indexed as `scores[player][round]` with zero-based indexing. Which of the following correctly calculates the average score for player 3?

31.Arrange the steps to compute the address of an element in a one-dimensional array using the formula.

32.An array is a data structure that can hold elements of different data types at the same time.

33.The memory address of an element in an array can be calculated from its index using a mathematical formula.

34.Which of the following is the correct definition of a one-dimensional array?

35.Which of the following is the most appropriate term for an array that has two indices, typically representing rows and columns?

36.Which of the following statements about arrays is TRUE?

37.Match each indexing convention to its correct description.

38.Match each term related to arrays to its correct definition.

39.Arrange the following steps in the correct order to compute the memory address of an element in a one-dimensional array using the formula address = base + (index × size).

40.Which of the following are valid ways to access elements in a two-dimensional array (table)? (Select all that apply)

41.Fill in the blank.

42.What is the term used in computing to refer to an array that is mathematically equivalent to a tuple?

43.An array of 10 integers is stored starting at memory address 2000. Each integer takes 4 bytes. What is the memory address of the element with index 5?

44.Complete the sentence with the correct term.

45.A table (2D array) has 3 rows and 4 columns. Each element is a 2-byte integer. The table is stored starting at memory address 1000. What is the memory address of the element in row 2, column 3? (Assume row-major order and zero-based indexing.)

46.What is the main difference between a list and an array in terms of size?

47.An array of 8 integers is stored starting at memory address 3000. Each integer takes 4 bytes. What is the memory address of the element with index 3?

48.An array of 10 integers is stored starting at memory address 1000. Each integer takes 4 bytes. What is the memory address of the element with index 3?

49.What is the name given to a two-dimensional array that represents a mathematical concept of rows and columns?

50.A 2D array has 4 rows and 5 columns, stored in row-major order. Each element is a 2-byte integer. The array starts at memory address 2000. What is the memory address of the element at row 2, column 3 (using zero-based indexing)?

51.What is the name for the process of iterating over each element in a list or array?

52.Give one reason why arrays are considered efficient for computers.

53.Explain why the elements of an array are required to have the same size and data representation.

54.Explain why the elements of an array are required to have the same size and data representation. Refer to how arrays are stored in memory.

55.Describe how a two-dimensional array (table) is stored in memory in row-major order, and explain how the address of an element is calculated.

56.An array of 10 integers is stored starting at memory address 2000. Each integer takes 4 bytes. What is the memory address of the element with index 5?

57.A table (2D array) has 3 rows and 4 columns. Each element is a 2-byte integer. The table is stored starting at memory address 1000. What is the memory address of the element in row 2, column 3? (Assume row-major order and zero-based indexing.)

58.An array of 8 integers is stored starting at memory address 3000. Each integer takes 4 bytes. What is the memory address of the element with index 3?

59.An array of 10 integers is stored starting at memory address 1000. Each integer takes 4 bytes. What is the memory address of the element with index 3?

60.A 2D array has 4 rows and 5 columns, stored in row-major order. Each element is a 2-byte integer. The array starts at memory address 2000. What is the memory address of the element at row 2, column 3 (using zero-based indexing)?