A) REST B) GET C) API
A) Academic Records B) Financial Transactions C) Smart Contracts
A) REST B) API C) GRAPH QL
A) Remote Service Transmission B) Representational Syntax Transfer C) Representational State Transfer
A) GET B) PUT C) POST
A) POST B) PATCH C) GET
A) GET B) POST C) PUT or PATCH
A) GET B) PATCH C) DELETE
A) NetBeans B) Xcode C) Android Studio
A) Advanced Programming Instruction B) Automated Process Integration C) Application Programming Interfaces
A) To store passwords securely B) To allow different systems or applications to communicate C) To design website layouts
A) REST B) SOAP C) JSON-RPC
A) Angular B) Spring C) Flutter
A) REST B) GraphQL C) API
A) Financial Transactions B) Smart Contracts C) Academic Records:
A) Two calls B) One call C) Three calls
A) It always transfers all available data B) It only works with one database type C) It allows clients to request exactly the data they need
A) Slower data transfer B) Only supports text data C) More flexible and efficient data requests
A) REST B) GraphQL C) API
A) Combines all functions into one large application B) Uses one database for all services C) Breaks a large application into smaller, independent services
A) Server, Router, Switch B) Hardware, Software, Network C) Payments, Notifications, Scheduling
A) Through APIs B) Through emails C) By sharing the same database
A) All services must be updated together B) Easier maintenance C) Harder to maintain
A) 80 B) 50 C) 443
A) Netflix B) Facebook Messenger C) Microsoft Word
A) 443 B) 40 C) 80
A) To store, organize, and manage data B) To design web pages C) To create graphics
A) Web Browsers B) Web Server C) HTTP
A) MongoDB, Firebase, CouchDB B) HTML, CSS, JavaScript C) MySQL, PostgreSQL, MariaDB
A) In flexible document formats B) In tables with rows and columns C) In folders and files
A) APIs B) JSON files C) Foreign keys
A) Financial transactions and student records B) Chat applications C) Social media posts
A) MySQL and MariaDB B) Oracle and PostgreSQL C) MongoDB, Firebase, CouchDB
A) JavaScript B) Bootstrap C) Media Queries
A) Web Browser B) DNS C) Web Server
A) HTTPS B) Both C) HTTP
A) NoSQL B) SQL
A) NoSQL B) SQL
A) Apache B) Cisco Packet Tracer C) Photoshop
A) Changes website layout B) Encrypts data between the client and server C) Speeds up page loading
A) Secure Source Level B) Secure System Layer C) Secure Sockets Layer
A) Trusted Link Security B) Transport Layer Security C) echnical Layer System
A) It ends with “.org” B) It starts with “HTTPS” C) It starts with “HTTPS”
A) <article> B) <aside> C) <footer>
A) Password only B) Password + SMS code C) Username only
A) <article> B) <main> C) <footer>
A) Granting limited access without sharing passwords B) Blocking unknown users C) Encrypting database data
A) Web Sockets B) DNS (Domain Name System) C) Web Server
A) Inserting malicious SQL commands into inputs to access or alter data B) Injecting new features into a website C) Compressing SQL queries for speed
A) Cross-Site Scripting B) SQL Injection C) Cross-Site Request Forgery
A) CSS Animations B) CSS Grid C) Flexbox
A) Cross-Site Request Forgery B) SQL Injection C) Cross-Site Scripting
A) Cross-Site Request Forgery B) Cross-Site Scripting C) SQL Injection
A) Change website theme B) Disable HTML C) Use Content Security Policy (CSP) and sanitize user input
A) Flexbox B) CSS C) DOM (Document Object Model)
A) Cross-Site Request Forgery B) Cross-Site Scripting
A) Cross-Site Scripting B) Cross-Site Request Forgery
A) Republic Act 10173 – Data Privacy Act B) Cybercrime Prevention Act C) GDPR
A) Global Data Protection Rules B) General Data Protection Regulation C) General Data Privacy Record
A) Public Web Access B) Progressive Website Application C) Progressive Web Application
A) Flexbox B) DOM C) Events
A) offline access B) installable C) PWAs
A) Service Workers B) Cookies C) WebSockets
A) To store passwords B) To speed up downloads C) To alert users about updates, promotions, or reminders
A) Offline Access B) Installable C) Push Notifications
A) Offline Access B) Push Notifications C) Installable
A) Responsive Design: B) Offline Access C) Push Notifications
A) Works seamlessly on mobile, tablet, and desktop B) Reduces screen brightness C) Works only on mobile devices
A) Desktop B) Web Sockets C) Web Hosting
A) Django B) FlaskJS C) Ruby on Rails
A) False B) True
A) Artificial Intelligence B) Blockchain Technology C) Real-Time Applications
A) APIs B) HTTP C) WebSockets
A) Store data in a database B) Cache web pages for offline use C) Provide a persistent, two-way connection between client and server
A) Microsoft Word B) Google Docs (offline mode) C) Facebook Messenger or WhatsApp Web
A) WWW B) Internet
A) Flexbox B) CSS Grid C) CSS Animations
A) Blockchain Technology B) Artificial Intelligence C) Edge Computing
A) WWW B) Internet
A) Predictive Analytics B) Smart Search C) Personalized Recommendations
A) Automated 24/7 support for users B) System updates C) Human-only support
A) Amazon B) Netflix C) YouTube
A) Blockchain Technology B) Edge Computing C) Real-Time Applications
A) In a database with no history B) In a distributed ledger across multiple computers C) On a single server
A) Google Cloud B) Microsoft Azure C) Ethereum
A) Financial Transactions B) Smart Contracts C) Academic Records
A) Blockchain Technology B) Edge Computing C) Real-Time Applications
A) Enhanced Privacy B) Low Latency C) Reduced Bandwidth Usage
A) Low Latency B) Enhanced Privacy C) Reduced Bandwidth Usage
A) Reduced Bandwidth Usage B) Low Latency C) Enhanced Privacy
A) Angular B) React.js C) Vue.js
A) Flutter B) Node.js C) Bootstrap
A) MongoDB B) MySQL C) PostgreSQL
A) Swift B) Dart C) Python
A) GitHub B) Docker C) Blender
A) Kotlin B) Swift C) Java
A) Ember.js B) React C) Angular
A) WebSocket B) HTML5 C) CSS
A) UI design B) Backend or Database C) Image compression
A) Laravel B) Bootstrap C) Django |