Low-Code/No-Code Development Basics

Question 1
Which statement best defines low-code/no-code development?

(A) It employs visual interfaces and pre-built modules to build applications with minimal hand-coding.

(B) It requires advanced programming skills to develop even basic applications.

(C) It relies exclusively on manual coding and debugging processes to create applications.

(D) It enables users to design applications using visual tools, though sometimes some minimal coding might be involved for complex tasks.

Question 2
You are a business user who needs to create a basic inventory management system quickly. Which benefit of low-code/no-code platforms is most applicable in this scenario?

(A) They allow rapid prototyping and deployment using visual design tools.

(B) They force you to hire professional developers for every task.

(C) They require extensive manual coding, slowing down development significantly.

(D) They offer limited customization options, relying mostly on default settings without any design flexibility.

Question 3
When selecting a low-code/no-code platform, what is an important factor to consider?

(A) Support for only one type of database with no flexibility.

(B) The need to maintain a complex codebase manually.

(C) The ability to customize every line of code without relying on visual components.

(D) Ease-of-use and the ability to integrate with existing systems.

Question 4
Which scenario best illustrates the use of no-code platforms in a business setting?

(A) A marketing team creating and deploying a customer feedback form using a no-code tool.

(B) A developer manually coding and debugging a mobile game from scratch.

(C) A small enterprise integrating multiple SaaS tools using a platform that claims no-code but requires heavy manual coding.

(D) An IT department rewriting a legacy system using traditional programming techniques.

Question 5
What is one of the main advantages of using low-code/no-code platforms compared to traditional development methods?

(A) They provide pre-built functionalities that speed up development but may restrict deep customization in some advanced cases.

(B) They require more technical complexity, which makes the development process slower.

(C) They completely eliminate the need for IT governance or ensuring security.

(D) They significantly reduce the time and resources needed to develop and deploy applications.

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