Thinking Procedurally - Steps To solve A Problem

Why is it important to work out the steps required to solve a problem?

• To make the problem more complicated

• To make the problem easier to solve

• To ensure the problem is solved correctly

• To waste time

Is the order of steps required to solve all problems relevant?

• Yes, it is always relevant

• No, it is never relevant

• It depends on the type of problem

• It depends on the time of day

What are some techniques that can be used to lay out the required steps?

• Drawing a flowchart

• Writing pseudocode

• Making a to-do list

• Guessing randomly

What type of programs are event driven?

• Word processors

• Spreadsheet programs

• Both A and B

• Neither A nor B

In what order can the various modules of a software be accessed by the user?

• In any order they like

• In a predetermined order

• In a random order

• In alphabetical order

What is an example of a problem with a clear progression in the required steps?

• Booking cinema tickets online

• Constructing a house

• Buying a meal at a restaurant

• Online grocery shopping

What must be done before paying for cinema tickets in an online booking program?

• Choose seats

• Select a film

• Enter personal information

• Make a payment

What is an example of a problem that does not require a clear progression in the required steps?

• Building a puzzle

• Writing a research paper

• Preparing a meal

• Driving to a new location

Does the complexity of a problem always determine the number of steps required to solve it?

• Yes, more complex problems always require more steps

• No, the complexity does not determine the number of steps

• It depends on the nature of the problem

• It depends on the person solving the problem

What is the first step in an online food ordering program?

• Select a restaurant

• Choose dishes

• Enter personal information

• Make a payment