Unit 1 - 5.Linear search algorithms

Open Ended

Why is it important to understand how search algorithms work in our daily lives?

Multiple Choice

Which of these is an example of using a search algorithm in everyday life?

• Writing an essay without references

• Turning off your smartphone

• Playing a song on the radio without choosing it

• Browsing for gift ideas on an online shop

Multiple Choice

A linear search compares each value in a list one at a time until it finds a match.

• True

• False

Multiple Choice

What does a linear search do?

• a) It searches for a value by dividing the list into halves

• b) It checks each item in a list one by one until it finds a match

• c) It only works if the list is already sorted

• d) It jumps directly to the middle of the list

Multiple Choice

A linear search is also called a serial search.

• True

• False

Multiple Choice

Which of the following is an example of a linear search in real life?

• Looking up a friend's name in a contact list one by one

• Using a search engine to find a website instantly

• Sorting a list of numbers from smallest to largest

• Encrypting a message for privacy

Multiple Choice

What does a linear search do?

• a) It searches for a value by dividing the list into halves

• b) It only works if the list is already sorted

• c) It checks each item in a list one by one until it finds a match

• d) It jumps directly to the middle of the list

Multiple Choice

Based on the pseudocode provided, what would happen if the user's film choice is not in the list?

• The program would display an error message.

• The program would keep looping forever.

• The program would finish without displaying a film name.

• The program would restart from the beginning.

Multiple Choice

A linear search is also called a serial search.

• True

• False

Multiple Choice

Why is pseudocode useful when designing algorithms?

• a) It ensures the program will always run faster

• b) It can be directly executed by the computer

• c) It helps us write logical steps that can later be translated into code

• d) It eliminates the need to write Python code

Multiple Choice

In the Python linear search example, the computer keeps guessing until it finds the correct answer.

• a) True

• b) False

Multiple Select

Which of the following are important points to consider when creating a simple guessing game using Python, according to the lesson?

• The game should use positive numbers only

• The game should ask if its guess is correct

• The game should use decimal points for age

• The game should guess again if it is wrong

Multiple Choice

Which of the following is an important point for the guessing game?

• a) The game must use decimal points for age

• b) The game needs to ask if its guess is correct

• c) The game must include lots of help text

• d) The game should collect personal information

Multiple Choice

In the guessing game, using decimal points for the age is required.

• True

• False

Multiple Choice

In the Python linear search code, what does the line choice = choice + 1 do?

• a) It resets the guess back to 0

• b) It increases the guess number by 1

• c) It asks the user for input

• d) It ends the program

Multiple Choice

The program begins by asking “Are you 10?”

• True

• False

Open Ended

What questions do you still have about linear search algorithms, or is there anything you would like to know more about?

Drag and Drop

Looks for a specific value in a list or dataset until a match is found​ ​

Placeholder

Compares each value one by one in sequence until a match or the end of the list​ ​

Placeholder

Logical steps that can later be translated into actual code​

Placeholder

The game must ask if its guess is correct and guess again if wrong

​

Placeholder

Using decimal points for age or collecting personal information​

Placeholder

Drag these tiles and drop them in the correct blank above

Search algorithm

Linear search

Pseudocode

Important point in guessing game

Not required in guessing game

Multiple Choice

Python code (choice = choice + 1) means Increases the guess number by 1 each time

• True

• False