Question 7In relation to coding what is modularization? 1 pointWrapping the code into a function means that you can call it repeatedly in your code.Using the most up-to-date techniques when engaging with a coding challenge. A data structure that can allow you store your data in accessible chunks.
Question
Question 7In relation to coding what is modularization? 1 pointWrapping the code into a function means that you can call it repeatedly in your code.Using the most up-to-date techniques when engaging with a coding challenge. A data structure that can allow you store your data in accessible chunks.
Solution
Modularization in coding refers to the process of subdividing a computer program into separate sub-programs or modules. This is done to improve the manageability, reduce complexity, and enhance reusability of the code.
When you wrap code into a function, it means you can call it repeatedly in your code. This is a form of modularization because you are breaking down a larger code into smaller, more manageable pieces (functions) that can be reused throughout the code.
The other options mentioned, such as using the most up-to-date techniques when engaging with a coding challenge or a data structure that allows you to store your data in accessible chunks, are not directly related to the concept of modularization.
So, in relation to coding, modularization is about making the code more organized, manageable, and reusable by breaking it down into smaller, independent modules or functions.
Similar Questions
Which of the four aspects of modularity can be described as: Abstracting away implementation details.1 pointCouplingData EncapsulationCohesionInformation Hiding
Question 5Which of the four aspects of modularity can be described as: Containment of constructs and concepts within a module.1 pointInformation HidingData EncapsulationCouplingCohesion
What is the purpose of modularity in software design
State TWO reasons why using modular code is considered good programming practice.
Which of the following is an advantage of high modularity in software design?Options :Increased complexityDifficult maintenanceEase of debugging and testingLimited reuse of code
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