jQuery concepts, allowing you to add interactions and animations to your pages adopted by most popular sites on the Internet.Hundreds of plug-ins and function have been developed to extend jQuery's functionality
This document provides an overview of jQuery selectors and methods for manipulating the DOM. It begins with selectors for selecting elements by tag name, id, class, and other attributes. It then covers events, attributes, CSS manipulation, traversing the DOM tree, and methods for inserting, removing and replacing content. In total, it outlines over 50 different jQuery selectors and methods for working with HTML elements.
jQuery is a popular JavaScript library that simplifies HTML document manipulation and event handling. It allows developers to select elements, handle events, perform animations and AJAX calls. jQuery uses CSS selectors to select elements and includes methods for DOM traversal, manipulation, events and effects. It works across browsers and supports plugins for additional functionality.
We have touched as many as topics of JQuery. We have targeted almost all sections of Jquery except Ajax events and response.
Below topics are covered in this presentation:
1. Selectors
2. Events
3. Effects
4. Traversing
5. noConflict()
The document is a visual cheat sheet for jQuery 1.7 that provides an overview of jQuery core functionality, selectors, attributes, traversing, manipulation, CSS, events, effects, AJAX, utilities, callbacks, data, and deferred objects. It includes icons to denote new or changed features in jQuery 1.7 and uses formatting to organize the content into sections.
This document provides an overview of event handling in Java. It discusses key concepts like events, event sources, event listeners, and different types of events like action events, item events, key events, mouse events, and window events. For each event type, it describes the relevant listener interface and event class, including their common methods. It explains how events are generated by sources and handled by registered listener objects using the delegation event model in Java.
The document discusses various event handling classes in Java including ActionEvent, KeyEvent, MouseEvent, MouseMotionEvent, FocusEvent, WindowEvent, and ItemEvent. It provides examples of how to use each event class by implementing the appropriate listener interface and defining event handling methods. Key points covered include common event handling terms like event, event source, and event listener. It also summarizes the typical methods provided by each event class.
This document discusses event handling in Java. It provides an introduction to event handling, the delegation event model, common event packages and classes in Java. It describes key concepts like events, event sources, event listeners, and how they interact in the delegation model. It provides examples of specific event classes like KeyEvent, ActionEvent, ItemEvent and the corresponding listener interfaces. It also demonstrates sample code for common listeners.
The document discusses Swing components in Java, including how to create windows, add components to windows, handle events, and work with text components. Key topics covered include the component hierarchy for common Swing widgets like JFrame, JLabel, JButton, and JTextField. It also discusses how to register listeners, manipulate document content, and build a basic browser component.
The document discusses event handling in Java. It defines key terms like events, event sources, and event listeners. Events describe changes in state of objects, like user interactions. Event sources generate events, while event listeners receive notifications of events. The delegation event model is described where sources generate events that are sent to registered listeners. Important event classes like ActionEvent and listener interfaces are listed. The steps to handle events, which include implementing listener interfaces and registering components with listeners, are outlined.
The document discusses event-driven programming in Java. It describes how events are generated from external user actions or the operating system. Events are represented as objects that contain information about the event. Listeners register with event sources to handle specific event types. When an event occurs, the source notifies all registered listeners by invoking the appropriate handler method. Examples of common event types like ActionEvent, ItemEvent and MouseEvent are provided along with the classes, interfaces and methods used to work with them.
The document discusses different types of events and event handling in Java graphical user interfaces (GUIs). It describes how events are generated by user actions and how listener objects register to handle specific events. It provides examples of using event listeners and handlers for common events like button clicks, list selections, and text field entries. Key points covered include the delegation model for event handling in Java and examples of implementing listeners for actions, items, selections and other events.
The document discusses event handling in Java. It describes what events are, how event handling works using the delegation event model. It lists common event classes and their corresponding listener interfaces. It provides examples of using events and listeners to handle button clicks and key presses. It also discusses adapter classes that simplify creating event handlers.
This document discusses event handling in Java. It covers using the delegation event model, handling keyboard and mouse events, and using adapter classes. Key points covered include implementing the appropriate interface for the event desired, registering the listener, and providing empty implementations in adapter classes to simplify creating event handlers. Examples are provided to demonstrate handling keyboard and mouse events.
The document discusses Java event handling and various listener interfaces. It describes the delegation event model where an event source generates an event and sends it to registered listeners. It outlines common listener interfaces like ActionListener, ItemListener, KeyListener, MouseListener, and WindowListener. It provides details on the methods in each interface and how to write classes that implement the listener interfaces.
An event-driven program relies on events to trigger responses rather than actively polling for user input. Older programs used polling which involved continuously checking for user actions in a loop, wasting CPU resources. Event-driven programs address this by using listeners that wait passively for events from sources like user interactions. When an event occurs, the appropriate listener receives and handles the event without wasting resources on empty polling loops.
The document is a presentation about web design and development using jQuery. It introduces jQuery and why it is useful, how to include jQuery, and describes 21 helpful jQuery methods such as addClass(), removeClass(), attr(), val(), html(), click(), append(), and more. Each method is explained in 1-2 paragraphs with examples of how to use the method and its parameters. The document concludes with references to the jQuery API documentation for each method.
The document discusses jQuery, a JavaScript library that simplifies common tasks like accessing and modifying elements on an HTML page. It covers how jQuery interacts with the DOM and allows selecting elements, modifying styles and content, and handling events. The document also provides examples of how jQuery can be used to make AJAX requests to retrieve and display external data without reloading the page.
The document discusses event handling in Java, describing different types of events like window, mouse, and keyboard events. It explains the event handling process and different event classes. Various listener interfaces are described that can be implemented to handle specific events, such as WindowListener, MouseListener, and KeyListener.
The document discusses Java event handling and the delegation event model. It describes key concepts like events, sources that generate events, and listeners that handle events. It provides examples of registering components as listeners and implementing listener interfaces. The delegation event model joins sources, listeners, and events by notifying listeners when sources generate events.
The document discusses GUI event handling in Java. It explains that window-based Java programs are event-driven, meaning they wait for and respond to user-initiated events like button clicks or key presses. When an event occurs, an event object is passed to a listener object that handles the event. Listeners implement interfaces that correspond to different event types, like ActionListener for button clicks. The delegation event model in Java handles event passing from components to listeners.
This document discusses event-driven programming in Java. It begins with an overview of procedural versus event-driven programming. Key topics covered include events, event classes, listener interfaces, and how to write listener classes to handle different types of events like action events, mouse events, and keyboard events. Examples are provided to demonstrate handling simple actions events, window events, and using inner classes and anonymous inner classes for listeners. The document also discusses using the timer class to control animations and provides examples like moving a message with mouse drag and a keyboard event demo.
This document provides an overview of event handling in Java. It discusses the delegation event model where a source generates an event and sends it to one or more listeners. It describes event sources, event listeners, common event classes like ActionEvent, MouseEvent, and KeyEvent. It explains the roles of sources that generate events, listeners that receive event notifications, and event classes that represent specific types of events.
This document discusses C# event handling and delegates. It explains that delegates allow methods to be passed as parameters and invoked. Events use delegates to notify listeners of an event. When an event occurs, any subscribed listeners have their methods called. Listeners receive the event sender and optional event data as parameters. The .NET framework provides a standard EventHandler delegate for this purpose.
jQuery Tutorial For Beginners | Developing User Interface (UI) Using jQuery |...Edureka!
( ** Full Stack Masters Training: https://www.edureka.co/masters-program/full-stack-developer-training ** )
This PPT on jQuery will help you understand the basics of jQuery and you will also be able to create your own program using jQuery by the end of this PPT.
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The document provides information on various SAP BASIS transaction codes used for system administration, configuration, database administration, and alert monitoring. Some key transaction codes mentioned include SM21 for viewing system logs, SM50 for checking work processes, RZ10 and RZ11 for maintaining profile parameters, DB02 for analyzing tables and indexes, and AL01 for SAP alert monitoring. The transactions codes cover areas such as user and client management, installation checks, logons, patches, locks, messages, work processes, servers, number ranges, and more.
The document discusses Swing components in Java, including how to create windows, add components to windows, handle events, and work with text components. Key topics covered include the component hierarchy for common Swing widgets like JFrame, JLabel, JButton, and JTextField. It also discusses how to register listeners, manipulate document content, and build a basic browser component.
The document discusses event handling in Java. It defines key terms like events, event sources, and event listeners. Events describe changes in state of objects, like user interactions. Event sources generate events, while event listeners receive notifications of events. The delegation event model is described where sources generate events that are sent to registered listeners. Important event classes like ActionEvent and listener interfaces are listed. The steps to handle events, which include implementing listener interfaces and registering components with listeners, are outlined.
The document discusses event-driven programming in Java. It describes how events are generated from external user actions or the operating system. Events are represented as objects that contain information about the event. Listeners register with event sources to handle specific event types. When an event occurs, the source notifies all registered listeners by invoking the appropriate handler method. Examples of common event types like ActionEvent, ItemEvent and MouseEvent are provided along with the classes, interfaces and methods used to work with them.
The document discusses different types of events and event handling in Java graphical user interfaces (GUIs). It describes how events are generated by user actions and how listener objects register to handle specific events. It provides examples of using event listeners and handlers for common events like button clicks, list selections, and text field entries. Key points covered include the delegation model for event handling in Java and examples of implementing listeners for actions, items, selections and other events.
The document discusses event handling in Java. It describes what events are, how event handling works using the delegation event model. It lists common event classes and their corresponding listener interfaces. It provides examples of using events and listeners to handle button clicks and key presses. It also discusses adapter classes that simplify creating event handlers.
This document discusses event handling in Java. It covers using the delegation event model, handling keyboard and mouse events, and using adapter classes. Key points covered include implementing the appropriate interface for the event desired, registering the listener, and providing empty implementations in adapter classes to simplify creating event handlers. Examples are provided to demonstrate handling keyboard and mouse events.
The document discusses Java event handling and various listener interfaces. It describes the delegation event model where an event source generates an event and sends it to registered listeners. It outlines common listener interfaces like ActionListener, ItemListener, KeyListener, MouseListener, and WindowListener. It provides details on the methods in each interface and how to write classes that implement the listener interfaces.
An event-driven program relies on events to trigger responses rather than actively polling for user input. Older programs used polling which involved continuously checking for user actions in a loop, wasting CPU resources. Event-driven programs address this by using listeners that wait passively for events from sources like user interactions. When an event occurs, the appropriate listener receives and handles the event without wasting resources on empty polling loops.
The document is a presentation about web design and development using jQuery. It introduces jQuery and why it is useful, how to include jQuery, and describes 21 helpful jQuery methods such as addClass(), removeClass(), attr(), val(), html(), click(), append(), and more. Each method is explained in 1-2 paragraphs with examples of how to use the method and its parameters. The document concludes with references to the jQuery API documentation for each method.
The document discusses jQuery, a JavaScript library that simplifies common tasks like accessing and modifying elements on an HTML page. It covers how jQuery interacts with the DOM and allows selecting elements, modifying styles and content, and handling events. The document also provides examples of how jQuery can be used to make AJAX requests to retrieve and display external data without reloading the page.
The document discusses event handling in Java, describing different types of events like window, mouse, and keyboard events. It explains the event handling process and different event classes. Various listener interfaces are described that can be implemented to handle specific events, such as WindowListener, MouseListener, and KeyListener.
The document discusses Java event handling and the delegation event model. It describes key concepts like events, sources that generate events, and listeners that handle events. It provides examples of registering components as listeners and implementing listener interfaces. The delegation event model joins sources, listeners, and events by notifying listeners when sources generate events.
The document discusses GUI event handling in Java. It explains that window-based Java programs are event-driven, meaning they wait for and respond to user-initiated events like button clicks or key presses. When an event occurs, an event object is passed to a listener object that handles the event. Listeners implement interfaces that correspond to different event types, like ActionListener for button clicks. The delegation event model in Java handles event passing from components to listeners.
This document discusses event-driven programming in Java. It begins with an overview of procedural versus event-driven programming. Key topics covered include events, event classes, listener interfaces, and how to write listener classes to handle different types of events like action events, mouse events, and keyboard events. Examples are provided to demonstrate handling simple actions events, window events, and using inner classes and anonymous inner classes for listeners. The document also discusses using the timer class to control animations and provides examples like moving a message with mouse drag and a keyboard event demo.
This document provides an overview of event handling in Java. It discusses the delegation event model where a source generates an event and sends it to one or more listeners. It describes event sources, event listeners, common event classes like ActionEvent, MouseEvent, and KeyEvent. It explains the roles of sources that generate events, listeners that receive event notifications, and event classes that represent specific types of events.
This document discusses C# event handling and delegates. It explains that delegates allow methods to be passed as parameters and invoked. Events use delegates to notify listeners of an event. When an event occurs, any subscribed listeners have their methods called. Listeners receive the event sender and optional event data as parameters. The .NET framework provides a standard EventHandler delegate for this purpose.
jQuery Tutorial For Beginners | Developing User Interface (UI) Using jQuery |...Edureka!
( ** Full Stack Masters Training: https://www.edureka.co/masters-program/full-stack-developer-training ** )
This PPT on jQuery will help you understand the basics of jQuery and you will also be able to create your own program using jQuery by the end of this PPT.
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The document provides information on various SAP BASIS transaction codes used for system administration, configuration, database administration, and alert monitoring. Some key transaction codes mentioned include SM21 for viewing system logs, SM50 for checking work processes, RZ10 and RZ11 for maintaining profile parameters, DB02 for analyzing tables and indexes, and AL01 for SAP alert monitoring. The transactions codes cover areas such as user and client management, installation checks, logons, patches, locks, messages, work processes, servers, number ranges, and more.
The document is a presentation on the Content Management System Joomla. It introduces Joomla and provides an overview of its key features and functionality, including installation, managing categories, articles, media, menus, modules, extensions, and users. It also shares the URL for a Joomla tutorial for additional learning. The presentation aims to prepare the viewer to learn about using Joomla as a content management system.
Here you will learn.......
1)Creating Login Page
2)Validating User
3)Creating Registration Page for New User
4)Creating DSN(Data Source Name) for Database
5)Use of Insert / Update / Delete SQL Query
6)Use of Session Variable
7)Performing Mathematical Logical Calculation
8)Different Report Development
9)Dynamic URL
The document demonstrates the login and control panel interfaces for a Facebook app. It shows the login screen which requires a username and password. The control panel allows the user to view all statuses, my statuses, or post a new status. The all statuses and my statuses sections display previous posts from other users that can be liked, commented on, or unlike. The thank you slide then closes the presentation.
There are four access specifiers in Java that control access to class members: public, private, protected, and default. The access specifiers determine whether a class member can be accessed by code in the same class, a subclass in the same package, a non-subclass in the same package, a subclass in another package, or a non-subclass in another package. Each access specifier has a different scope of accessibility based on these relationship levels between the code and class.
Its an distributed enviornment for developing the enterprise application.We can develop multi-tier,three-tier or n-tier architecture using this.In this Java Server Pages and Servlet is the important things
This document provides a visual cheat sheet summary of jQuery selectors, core functionality, attributes, CSS manipulation, traversing, and manipulation. It includes descriptions and examples of over 150 different jQuery methods organized into categories including selectors, core, attributes, CSS, traversing, and manipulation. The cheat sheet is designed to be a quick reference for common jQuery selections, objects, functions, and their parameters.
The document contains information about jQuery selectors and methods. It includes:
1) A list of core jQuery methods like jQuery(), noConflict(), and when() as well as selectors like the class selector and ID selector.
2) Descriptions of many attribute methods like addClass(), attr(), removeAttr(), and toggleClass() that get and set element attributes.
3) Summaries of traversal methods like children(), closest(), find(), and filter() that navigate the DOM tree.
4) Details of manipulation methods such as after(), append(), prepend(), remove(), replaceWith(), and text() that modify DOM elements.
The document describes various jQuery methods for selecting elements, traversing DOM elements, manipulating attributes and properties, and more. It provides brief descriptions of methods like jQuery(), children(), closest(), filter(), find(), and others for selecting and traversing matched elements. The summary also indicates that the document covers attributes like addClass(), attr(), prop(), and val() as well as events, effects, AJAX, and other utilities.
The document provides information about jQuery selectors and core functions. It includes a list of selector types like the class selector, ID selector, and attribute selectors. It also summarizes some core jQuery methods like jQuery() to select elements, and methods to manipulate attributes and CSS styles.
The document provides an overview of jQuery:
1) jQuery is a lightweight JavaScript library that simplifies HTML document manipulation, event handling, animating, and Ajax interactions for rapid web development. It works across a multitude of browsers.
2) jQuery selectors allow developers to easily select elements of a page to operate on using CSS-style syntax. Common selectors include ID, class, tag, descendant, child, and adjacent selectors.
3) jQuery simplifies tasks like DOM manipulation, event handling, and Ajax that are more complex to perform with plain JavaScript. It also provides features like effects, CSS manipulation, and plugins.
The document provides information about jQuery:
1) jQuery is an open-source JavaScript library developed by John Resig in 2006 that simplifies HTML document traversal and manipulation, events, animations and Ajax interactions for rapid web development.
2) It is used by many large companies and websites and has two versions: compressed and uncompressed, under both MIT and GPL licenses.
3) The document outlines jQuery's main features including being lightweight, having a large plugin library, easy to learn and use, CSS3 support, documentation and examples. It then provides examples of how to implement jQuery.
This document provides an overview of jQuery, a JavaScript library. It discusses what jQuery is and is not (a library, not a framework), its basic features like selecting elements and chaining methods. It also covers jQuery's main functionality areas like selections, DOM traversal, DOM manipulation, attributes/CSS, events, and animation. The document provides examples for these areas and discusses useful techniques like event handling, namespacing, custom events, and event delegation that can be used with jQuery. It concludes with ways jQuery itself can be extended, such as adding new functions, selectors, or animation properties.
JQuery allows users to select elements, manipulate HTML/CSS, handle events, and perform animations with simple and concise code. It takes common tasks that require many lines of JavaScript code and wraps them into single line methods. JQuery selectors allow selection of elements by ID, class, tag name, attribute values, and more. Methods then perform actions on the selected elements like adding/removing classes, showing/hiding, animating properties, and handling events. Overall, JQuery simplifies JavaScript development by reducing complexity and code length.
jQuery is a JavaScript library that simplifies HTML document traversing, event handling, animating, and Ajax interactions. It allows developers to select elements, handle events, and perform animations with less code. jQuery supports DOM manipulation, event handling, AJAX, animations, and is lightweight, cross-browser compatible, and supports the latest technologies. Selectors in jQuery allow developers to easily select elements in HTML documents. jQuery also provides methods for traversing, filtering, and manipulating selected elements. AJAX functionality in jQuery allows loading data asynchronously without page refreshes. jQuery includes methods for various stages of the AJAX lifecycle. jQuery provides simple interfaces for common effects like fading, sliding, and custom animations with minimal configuration
This document provides an introduction to jQuery, an open source JavaScript library. It discusses what jQuery is, how it works, selector basics, and many jQuery commands. Key points include:
- jQuery is an open source JavaScript library that makes DOM manipulation and event handling easier. It works across browsers.
- jQuery selectors allow selecting elements using CSS syntax. Common selectors return a jQuery object containing matching elements.
- jQuery methods can be chained together for concise DOM manipulation. Chaining avoids unnecessary re-selection of elements.
- Common jQuery methods covered include manipulating attributes, CSS classes, HTML content, and traversing/filtering the DOM tree. Event handling and custom events are also discussed.
jQuery is a JavaScript library that simplifies HTML document manipulation and event handling. It allows developers to select elements, hide/show them, modify styles, and handle events with simple one-line statements. jQuery also simplifies AJAX calls and DOM manipulation. Common jQuery features include HTML/DOM manipulation, CSS manipulation, event handling, effects/animations, and AJAX. jQuery code uses CSS-like selectors and methods to target elements and perform actions on them.
This document provides an introduction to jQuery for beginners. It discusses jQuery's history and benefits, how to download and include jQuery, basic selectors and filters, traversing elements, basic events and animations, jQuery UI libraries, AJAX functionality, and compares jQuery to other JavaScript frameworks. The presentation aims to explain jQuery concepts at a high level without being a tutorial or reference guide. It includes code examples throughout to demonstrate jQuery syntax and methods.
jQuery BootCamp : Creating the Wrapped Element SetWildan Maulana
This document discusses selecting elements and manipulating the wrapped element set in jQuery. It covers:
1. Using basic and advanced CSS selectors like ID, class, tags, attributes, position, and custom selectors to select elements.
2. Creating and adding new HTML elements to the DOM with jQuery.
3. Managing the wrapped element set - determining its size, obtaining elements, slicing/dicing, and adding more elements to the set.
4. Applying jQuery methods like addClass() to the selected elements to manipulate the DOM.
jQuery is a JavaScript library that makes it easier to write JavaScript code that runs on different browsers. It allows selecting DOM elements, traversing through them and manipulating them. jQuery simplifies tasks like handling events, animating elements, and making AJAX calls. Some key features include selecting elements by tag name, ID, or CSS class; traversing DOM elements; binding event handlers; animating elements with effects like show, hide, fade; and making asynchronous HTTP requests via AJAX.
Presents:
Introduction and Using jQuery
Selectors and Attributes
Events
Height and Width
DOM Manipulation and Modification
Effects and Animation
Store arbitrary data and add your functions.
Ajax
Jquery Complete Presentation along with Javascript BasicsEPAM Systems
jQuery is a JavaScript library that simplifies HTML document manipulation and event handling. It allows developers to select elements, hide/show elements, and handle events with simple and concise code. jQuery animations and effects like fade, slide, and animate allow for creative transitions between states.
This document provides an introduction and overview of jQuery, including:
- What jQuery is and its main features for selecting, manipulating, and traversing HTML elements, handling events, animating content, and making AJAX requests.
- How jQuery works by using the jQuery() function and alias $.
- How jQuery simplifies common JavaScript tasks like selecting elements and handling events using CSS-like selectors and methods.
- Key concepts of the DOM and how jQuery interacts with and modifies the DOM.
This document provides an introduction to jQuery, covering topics such as features, selectors, animations, events, manipulating HTML/CSS, traversing, and Ajax. It explains that jQuery is a free and open-source JavaScript library that simplifies tasks like DOM manipulation, event handling, animations, and Ajax interactions to facilitate rapid web development. Key jQuery concepts discussed include selectors, common animation effects, event handling, manipulating HTML and CSS, traversing DOM elements, and methods for loading remote data via Ajax.
This document provides an overview of jQuery 3 and how to use it to manipulate DOM elements. It begins with basic selectors and hierarchical selectors. It then covers manipulating matched elements through functions like html(), addClass(), and click handlers. More advanced topics covered include attribute selectors, form element selectors, and positional selectors. The document demonstrates how to select elements, set properties, register event handlers, and provides examples of manipulating DOM elements with jQuery. It concludes with a discussion of advanced operators and cross-browser event handling.
"Dictyoptera: The Order of Cockroaches and Mantises" Or, more specifically: ...Arshad Shaikh
Dictyoptera is an order of insects that includes cockroaches and praying mantises. These insects are characterized by their flat, oval-shaped bodies and unique features such as modified forelegs in mantises for predation. They inhabit diverse environments worldwide.
Types of Actions in Odoo 18 - Odoo SlidesCeline George
In Odoo, actions define the system's response to user interactions, like logging in or clicking buttons. They can be stored in the database or returned as dictionaries in methods. Odoo offers various action types for different purposes.
Prottutponnomotittwa: A Quiz That Echoed the Pulse of Bengal
On the 31st of May, 2025, PRAGYA – The Official Quiz Club of UEM Kolkata – did not merely organize another quiz. It hosted an ode to Bengal — its people, its quirks, its politics, its art, its rebellion, its heritage. Titled Prottutponnomotittwa, the quiz stood as a metaphor for what Bengal truly is: sharp, intuitive, spontaneous, reflective. A cultural cosmos that thrives on instinct, memory, and emotion.
From the very first slide, it became clear — this wasn’t a quiz made to showcase difficulty or elitism. It was crafted with love — love for Bangla, for its past, present, and its ever-persistent contradictions.
The diversity of the answer list tells the real story of the quiz. The curation was not random. Each answer was a string on a veena of cultural resonance.
In the “Cultural Pairings” round, Anusheh Anadil and Arnob were placed not just as musicians, but as voices of a modern, cross-border Bangla. Their works, which blend baul, jazz, and urban folk, show how Bengal exists simultaneously in Dhaka and Shantiniketan.
The inclusion of Ritwik Chakraborty and Srijit Mukherjee (as a songwriter) showed how the quiz masters understood evolution. Bangla cinema isn’t frozen in the Ray-Ghatak past. It lives, argues, breaks molds — just like these men do.
From Kalyani Black Label to Radhunipagol Chal, consumer culture too had its place. One is liquid courage, the other culinary madness — both deeply Bengali.
The heart truly swelled when the answers touched upon Baidyanath Bhattacharya and Chandril. Both satirists, both sharp, both essential. It was not just about naming them — it was about understanding what different types of literature means in a Bengali context.
Titumir — the play about a peasant rebel who built his own bamboo fort and dared to challenge the British.
Krishnananda Agamvagisha — the mystical Tantric who shaped how we understand esoteric Bengali spiritualism.
Subhas Chandra Bose — the eternal enigma, the braveheart whose shadow looms large over Bengal’s political psyche.
Probashe Ghorkonna — a story lived by many Bengalis. The medinipur daughter, who made a wholesome family, not only in bengal, but across the borders. This answer wasn’t just information. It was emotion.
By the end, what lingered was not the scoreboard. It was a feeling.
The feeling of sitting in a room where Chalchitro meets Chabiwala, where Jamai Shosthi shares the stage with Gayatri Spivak, where Bhupen Hazarika sings with Hemanga Biswas, and where Alimuddin Road and Webskitters occupy the same mental map.
You don’t just remember questions from this quiz.
You remember how it made you feel.
You remember smiling at Keet Keet, nodding at Prabuddha Dasgupta, getting goosebumps at the mention of Bose, and tearing up quietly when someone got Radhunipagol Chal right.
This wasn’t a quiz.
This was an emotional ride of Bangaliyana.
This was — and will remain — Prottutponnomotittwa.
Forestry Model Exit Exam_2025_Wollega University, Gimbi Campus.pdfChalaKelbessa
This is Forestry Exit Exam Model for 2025 from Department of Forestry at Wollega University, Gimbi Campus.
The exam contains forestry courses such as Dendrology, Forest Seed and Nursery Establishment, Plantation Establishment and Management, Silviculture, Forest Mensuration, Forest Biometry, Agroforestry, Biodiversity Conservation, Forest Business, Forest Fore, Forest Protection, Forest Management, Wood Processing and others that are related to Forestry.
Introduction to Online CME for Nurse Practitioners.pdfCME4Life
Online CME for nurse practitioners provides a flexible, cost-effective way to stay current with evidence-based practices and earn required credits without interrupting clinical duties. Accredited platforms offer a wide range of self-paced courses—complete with interactive case studies, downloadable resources, and immediate digital certificates—that fit around demanding schedules. By choosing trusted providers, practitioners gain in-depth knowledge on emerging treatments, refine diagnostic and patient-management skills, and build professional credibility. Know more at https://cme4life.com/the-benefits-of-online-cme-for-nurse-practitioners/
Jack Lutkus is an education champion, community-minded innovator, and cultural enthusiast. A social work graduate student at Aurora University, he also holds a BA from the University of Iowa.
Odoo 18 Point of Sale PWA - Odoo SlidesCeline George
Progressive Web Apps (PWA) are web applications that deliver an app-like experience using modern web technologies, offering features like offline functionality, installability, and responsiveness across devices.
Students will research and orally present a Colombian company using a visual tool, in order to develop their communication skills and intercultural understanding through the exploration of identity, innovation, and local culture, in connection with the IB global themes.
IDSP is a disease surveillance program in India that aims to strengthen/maintain decentralized laboratory-based IT enabled disease surveillance systems for epidemic prone diseases to monitor disease trends, and to detect and respond to outbreaks in the early phases swiftly.....
How to Configure Add to Cart in Odoo 18 WebsiteCeline George
In this slide, we’ll discuss how to configure the Add to Cart functionality in the Odoo 18 Website. This feature enhances the shopping experience by offering three flexible options: Stay on the Product Page, Go to the Cart, or Let the User Decide through a dialog box.
Pragya Champion's Chalice is the annual Intra Pragya General Quiz hosted by the club's outgoing President and Vice President. The prelims and finals are both given in the singular set.
"Hymenoptera: A Diverse and Fascinating Order".pptxArshad Shaikh
Hymenoptera is a diverse order of insects that includes bees, wasps, ants, and sawflies. Characterized by their narrow waists and often social behavior, Hymenoptera play crucial roles in ecosystems as pollinators, predators, and decomposers, with many species exhibiting complex social structures and communication systems.
How to Create Time Off Request in Odoo 18 Time OffCeline George
Odoo 18 provides an efficient way to manage employee leave through the Time Off module. Employees can easily submit requests, and managers can approve or reject them based on company policies.
SEM II 3202 STRUCTURAL MECHANICS, B ARCH, REGULATION 2021, ANNA UNIVERSITY, R...RVSPSOA
Principles of statics. Forces and their effects. Types of force systems. Resultant of concurrent and
parallel forces. Lami’s theorem. Principle of moments. Varignon’s theorem. Principle of equilibrium.
Types of supports and reactions-Bending moment and Shear forces-Determination of reactions for
simply supported beams. Relation between bending moment and shear force.
Properties of section – Centre of gravity, Moment of Inertia, Section modulus, Radius of gyration
for various structural shapes. Theorem of perpendicular axis. Theorem of parallel axis.
Elastic properties of solids. Concept of stress and strain. Deformation of axially loaded simple bars.
Types of stresses. Concept of axial and volumetric stresses and strains. Elastic constants. Elastic
Modulus. Shear Modulus. Bulk Modulus. Poisson’s ratio. Relation between elastic constants.
Principal stresses and strain. Numerical and Graphical method. Mohr’s diagram.
R.K. Bansal, ‘A Text book on Engineering Mechanics’, Lakshmi Publications, Delhi,2008.
R.K. Bansal, ‘A textbook on Strength of Materials’, Lakshmi Publications, Delhi 2010.
Paul W. McMullin, 'Jonathan S. Price, ‘Introduction to Structures’, Routledge, 2016.
P.C. Punmia, ‘Strength of Materials and Theory of Structures; Vol. I’, Lakshmi
Publications, Delhi 2018.
2. S. Ramamrutham, ‘Strength of Materials’, Dhanpatrai and Sons, Delhi, 2014.
3. W.A. Nash, ‘Strength of Materials’, Schaums Series, McGraw Hill Book Company,1989.
4. R.K. Rajput, ‘Strength of Materials’, S.K. Kataria and Sons, New Delhi , 2017.
This study describe how to write the Research Paper and its related issues. It also presents the major sections of Research Paper and various tools & techniques used for Polishing Research Paper
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Finding a Right Journal and Publication Ethics are explain in brief.
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2. SELECTORS / 1. BASIC Selects the combined results of all the specified selectors. Multiple Selector (“selector1, selector2, selectorN”) Selects a single element with the given id attribute. ID Selector (“#id”) Selects all elements with the given tag name Element Selector (“element”) Matches all elements with the given name. Class Selector (“.class”) Selects all elements. All Selector(“*”)
4. SELECTORS / 2. HIERARCHY Selects all sibling elements that follow after the "prev" element, have the same parent, and match the filtering "siblings" selector. Next Siblings Selector (“prev ~ siblings”) Selects all next elements matching "next" that are immediately preceded by a sibling "prev". Next Adjacent Selector (“prev + next”) Selects all elements that are descendants of a given ancestor. Descendant Selector (“ancestor descendant”) Selects all direct child elements specified by "child" of elements specified by "parent". Child Selector (“parent > child”)
6. SELECTORS / 3. BASIC FILTER Selects odd elements, zero-indexed. See also even. :odd Selector Selects all elements that do not match the given selector. :not() Selector Select all elements at an index less than index within the matched set. :lt() Selector Selects the last matched element. :last Selector Selects all elements that are headers, like h1, h2, h3 and so on. :header Selector Select all elements at an index greater than index within the matched set. :gt() Selector Selects the first matched element. :first Selector Selects even elements, zero-indexed :even Selector Select the element at index n within the matched set. :eq() Selector
8. SELECTORS / 4. CONTENT FILTER Select all elements that are the parent of another element, including text nodes. :parent Selector Selects elements which contain at least one element that matches the specified selector. :has() Selector Select all elements that contain the specified text. :contains() Selector
10. SELECTORS / 5. ATTRIBUTE Matches elements that match all of the specified attribute filters. [attribute=value][attribute2=value2] Selects elements that have the specified attribute, with any value. [attribute] Selects elements that have the specified attribute with a value beginning exactly with a given string. [attribute^=value] Select elements that either don't have the specified attribute, or do have the specified attribute but not with a certain value. [attribute!=value] Selects all elements that are matched specified value [attribute=value] Selects elements that have the specified attribute with a value ending exactly with a given string. [attribute$=value] Selects elements that have the specified attribute with a value containing a given word, delimited by spaces. [attribute~=value] Selects elements that have the specified attribute with a value containing the a given substring. [attribute*=value] Selects elements that have the specified attribute with a value either equal to a given string or starting with that string followed by a hyphen (-). [attribute|=value]
12. SELECTORS / 6. CHILD FILTER Selects all elements that are the only child of their parent. :only-child Selector Selects all elements that are the nth-child of their parent. :nth-child Selector Selects all elements that are the last child of their parent. :last-child Selector Selects all elements that are the first child of their parent. :first-child Selector
14. SELECTORS / 7. FORM (contd.) Selects all elements of type image. :image Selector Selects all elements of type file. :file Selector Selects all elements that are enabled. :enabled Selector Selects all elements that are disabled. :disabled Selector Matches all elements that are checked. :checked Selector Selects all elements of type checkbox. :checkbox Selector Selects all button elements and elements of type button. :button Selector
15. SELECTORS / 7. FORM Selects all elements of type text. :text Selector Selects all elements of type submit. :submit Selector Selects all elements that are selected. selected Selector Selects all elements of type reset. :reset Selector Selects all elements of type radio. :radio Selector Selects all elements of type password. :password Selector Selects all input, textarea, select and button elements. :input Selector
17. EVENTS / MOUSE EVENTS (contd.) Bind an event handler to be fired when the mouse enters an element, or trigger that handler on an element. .mouseenter( handler(eventObject) ) Bind an event handler to the "mousedown" JavaScript event, or trigger that event on an element. .mousedown( handler(eventObject) ) Bind a single handler to the matched elements, to be executed when the mouse pointer enters or leaves the elements. .hover( handler(eventObject) ) Bind an event handler to the "focusout" JavaScript event. .focusout( handler(eventObject) ) Bind an event handler to the "dblclick" JavaScript event, or trigger that event on an element. .dblclick( handler(eventObject) ) Bind an event handler to the "click" JavaScript event, or trigger that event on an element. .click( handler(eventObject) )
18. EVENTS / MOUSE EVENTS Bind an event handler to the "mouseup" JavaScript event, or trigger that event on an element. .mouseup( handler(eventObject) ) Bind an event handler to the "mouseover" JavaScript event, or trigger that event on an element. .mouseover( handler(eventObject) ) Bind an event handler to the "mouseout" JavaScript event, or trigger that event on an element. .mouseout( handler(eventObject) ) Bind an event handler to the "mousemove" JavaScript event, or trigger that event on an element. .mousemove( handler(eventObject) ) Bind an event handler to be fired when the mouse leaves an element, or trigger that handler on an element. .mouseleave( handler(eventObject) )
20. EVENTS - FORM EVENTS Bind an event handler to the "focus" JavaScript event, or trigger that event on an element. .focus( handler(eventObject) ) Bind an event handler to the "submit" JavaScript event, or trigger that event on an element. .submit( handler(eventObject) ) Bind an event handler to the "select" JavaScript event, or trigger that event on an element. .select( handler(eventObject) ) Bind an event handler to the "change“ JavaScript event, or trigger that event on an element. .change( handler(eventObject) ) Bind an event handler to the "blur" JavaScript event, or trigger that event on an element. .blur( handler(eventObject) )
22. EVENTS - EVENT OBJECT Returns whether event.preventDefault() was ever called on this event object. .isDefaultPrevented() If this method is called, the default action of the event will not be triggered. .preventDefault() The DOM element that initiated the event. .target Describes the nature of the event. .type For key or button events, this attribute indicates the specific button or key that was pressed .which The mouse position relative to the top edge of the document. .pageY The mouse position relative to the left edge of the document .pageX
24. ATTRIBUTES - CLASS Add or remove one or more classes from each element in the set of matched elements, depending on either the class's presence or the value of the switch argument. .toggleClass( class, switch ) Determine whether any of the matched elements are assigned the given class. .hasClass( class ) Remove a single class, multiple classes, or all classes from each element in the set of matched elements. .removeClass( class ) Adds the specified class(es) to each of the set of matched elements. .addClass( class )
26. CSS - POSITIONING Set the current vertical position of the scroll bar for each of the set of matched elements. .scrollTop( value ) Get the current vertical position of the scroll bar for the first element in the set of matched elements. .scrollTop() Get the current coordinates of the first element in the set of matched elements, relative to the offset parent. .position() Set the current coordinates of every element in the set of matched elements, relative to the document. .offset( coordinates ) Get the current coordinates of the first element in the set of matched elements, relative to the document. .offset() Set the current horizontal position of the scroll bar for each of the set of matched elements. .scrollLeft( value ) Get the current horizontal position of the scroll bar for the first element in the set of matched elements. .scrollLeft()
28. TRAVERSING -TREE TRAVERSAL (cont.) Get all following siblings of each element in the set of matched elements, optionally filtered by a selector. .nextAll( [ selector ] ) Get the immediately following sibling of each element in the set of matched elements, optionally filtered by a selector. .next( [ selector ] ) Get the descendants of each element in the current set of matched elements, filtered by a selector. .find( selector ) Get the first ancestor element that matches the selector, beginning at the current element and progressing up through the DOM tree. .closest( selector ) Get the children of each element in the set of matched elements, optionally filtered by a selector .children( [ selector ] )
29. TRAVERSING -TREE TRAVERSAL (cont.) Get the immediately preceding sibling of each element in the set of matched elements, optionally filtered by a selector. .prev( [ selector ] ) Get the ancestors of each element in the current set of matched elements, optionally filtered by a selector. .parents( [ selector ] ) Get the parent of each element in the current set of matched elements, optionally filtered by a selector. .parent( [ selector ] ) Get all following siblings of each element up to but not including the element matched by the selector. .nextUntil( [ selector ] )
30. TRAVERSING -TREE TRAVERSAL Get the siblings of each element in the set of matched elements, optionally filtered by a selector. .siblings( [ selector ] ) Get the ancestors of each element in the current set of matched elements, optionally filtered by a selector. .prevUntil( [ selector ] ) Get all preceding siblings of each element in the set of matched elements, optionally filtered by a selector. .prevAll( [ selector ] )
32. TRAVERSING - FILTERING Pass each element in the current matched set through a function, producing a new jQuery object containing the return values. .map( callback(index, domEl) ) Reduce the set of matched elements to a subset specified by a range of indices. .slice( start, [ end ] ) Remove elements from the set of matched elements. .not() Check the current matched set of elements against a selector and return true if at least one of these elements matches the selector .is( selector ) Reduce the set of matched elements to those that match the selector or pass the function's test. .filter( selector ) Reduce the set of matched elements to the one at the specified index. .eq( index )
34. TRAVERSING - MISCELLANEOUS End the most recent filtering operation in the current chain and return the set of matched elements to its previous state. .end() Get the children of each element in the set of matched elements, including text nodes. .contents() Add the previous set of elements on the stack to the current set. .andSelf() Add elements to the set of matched elements .add( selectors, [ context ] )
36. ATTRIBUTES - ATTR Remove an attribute from each element in the set of matched elements. .removeAttr() Set one or more attributes for the set of matched elements. .attr( attributeName, value ) Get the value of an attribute for the first element in the set of matched elements. .attr( attributeName )
38. ATTRIBUTES - HTML Set the HTML contents of each element in the set of matched elements. .html( htmlString ) Get the HTML contents of the first element in the set of matched elements. .html()
40. ATTRIBUTES - TEXT Set the content of each element in the set of matched elements to the specified text. .text( textString ) Get the combined text contents of each Element in the set of matched elements, including their descendants. .text()
42. ATTRIBUTES - VALUE Set the value of each element in the set of matched elements. .val( value ) Get the current value of the first element in the set of matched elements. .val()
44. CSS - CSS Set one or more CSS properties for the set of matched elements. .css( propertyName, value) Get the value of a style property for the first element in the set of matched elements. css( propertyName )
46. CSS - HEIGHT & WIDTH (cont.) Get the current computed width for the first element in the set of matched elements, including padding and border. .outerWidth() Get the current computed height for the first element in the set of matched elements, including padding, border, and optionally margin. .outerHeight() Get the current computed width for the first element in the set of matched elements, including padding but not border. .innerWidth() Get the current computed height for the first. element in the set of matched elements, including padding but not border .innerHeight() Get the current computed height for the first .height() Set the CSS height of every matched element. element in the set of matched elements. .height( value )
47. CSS - HEIGHT & WIDTH Get the current computed width for the first element in the set of matched element .width() Set the CSS width of each element in the set of matched elements. .width( value )
49. MANIPULATION - INSIDE Insert content, specified by the parameter, to the end of each element in the set of matched elements. .prependTo( target ) Insert content, specified by the parameter, to the beginning of each element in the set of matched elements. .prepend( content ) Insert every element in the set of matched elements to the end of the target. .appendTo( target ) Insert content, specified by the parameter, to the end of each element in the set of matched elements. .append( content )
51. MANIPULATION - OUTSIDE Insert every element in the set of matched elements after the target. .insertAfter( target ) Insert every element in the set of matched elements before the target. .insertBefore( target ) Insert content, specified by the parameter, before each element in the set of matched elements. .before( content ) Insert content, specified by the parameter, after each element in the set of matched elements. .after( content )
53. MANIPULATION - AROUND Wrap an HTML structure around the content of each element in the set of matched elements. .wrapInner( wrappingElement ) Wrap an HTML structure around all elements in the set of matched elements. .wrapAll( wrappingElement ) Wrap an HTML structure around each element in the set of matched elements. .wrap( wrappingElement )
55. MANIPULATION - REPLACING A selector expression indicating which element(s) to replace. .replaceAll() Replace each element in the set of matched elements with the provided new content. .replaceWith( newContent )
57. EVENTS - HANDLER ATTACHMENT Remove a previously-attached event handler from the elements. .unbind( eventType, handler (eventObject) ) Attach a handler to an event for the elements. The handler is executed at most once per element. .one( eventType, [ eventData ], handler (eventObject) ) Attach a handler to the event for all elements which match the current selector, now or in the future. .live( eventType, eventData, handler ) Remove all event handlers previously attached using .live() from the elements. .die() Attach a handler to an event for the elements. .bind( eventType, [ eventData ], handler (eventObject) )
61. EFFECTS - SLIDING .slideDown( [ duration ], [ callback ] ) Display the matched elements with a sliding motion. .slideToggle( [ duration ], [ callback ] ) Display or hide the matched elements with a sliding motion. .slideUp( [ duration ], [ callback ] ) Hide the matched elements with a sliding motion.
63. EFFECTS - FADING .fadeIn( [ duration ], [ callback ] ) Display the matched elements by fading them to opaque. .fadeOut( [ duration ], [ callback ] ) Hide the matched elements by fading them to transparent. .fadeTo( duration, opacity, [ callback ] ) Adjust the opacity of the matched elements.