HTML is a markup language used to define the structure and layout of web pages. It uses tags to annotate text with information about headings, paragraphs, lists, and other elements. The key HTML tags are: <html> to define an HTML document, <head> for metadata, <title> for the page title, <body> to contain the visible page content. HTML allows adding images, links, tables, and forms to pages and is essential for building web pages but has limitations as a presentation language.
This document provides information about basic HTML tags through examples and explanations. It discusses common tags like <html>, <head>, <title>, <body>, <p>, and other text formatting tags. It also covers lists, tables, and comments. The document is intended as a reference for standard HTML tags and their uses.
HTML is a markup language used to create web pages. It uses tags like <html>, <title>, and <body> that are placed within angled brackets to denote elements on a page. Tags can be container tags, which have an opening and closing tag to surround content, or empty tags which are standalone with no closing tag. When creating an HTML file, it should be saved with a .html or .htm extension and then can be viewed by opening it in a web browser.
This document provides an introduction to HTML basics, including:
- HTML is used to author web pages and is made up of tags enclosed in angle brackets.
- The objectives are to use a text editor to author HTML, add basic tags, hyperlinks, images and tables.
- Notepad is recommended for Windows and TextEdit for Mac to author HTML files.
HTML is a markup language used to define the structure and layout of web pages. It uses tags to mark elements like headings, paragraphs, lists, links etc. Basic HTML tags include <h1> for main headings, <p> for paragraphs, <ul> for unordered lists, <ol> for ordered lists, and <a> for links. Links are defined using the <a> tag along with an href attribute specifying the URL. HTML also supports basic text formatting tags like <b> for bold, <i> for italic, and <br> for line breaks. Comments can be added in HTML using <!-- and --> tags.
HTML is the language used to structure and present content on the World Wide Web. It uses tags to define headings, paragraphs, lists, and other elements. A basic HTML file includes an <html> tag which contains <head> and <body> sections. The <head> includes the <title> and the <body> holds the visible page content. Common tags include <p> for paragraphs, <ul> and <ol> for unordered and ordered lists, and <img> to embed images.
HTML is the standard markup language used to create web pages. HTML documents are composed of elements like headings, paragraphs, links etc that provide structure and meaning. A web browser reads the HTML tags and displays the page by interpreting the tags. Common HTML elements include headings, paragraphs, images, hyperlinks, tables, forms and lists that are used to structure and layout the content on a web page.
HTML is the most widely used language to write web pages. It is a markup language that uses tags to structure text and multimedia content. Some key HTML elements include <head>, <title>, <body>, <p>, <img>, <table>, and <div>. HTML allows embedding of images, hyperlinks, lists, tables, forms, iframes and other interactive elements to create dynamic and engaging web pages. While HTML provides structure and layout, additional technologies like CSS and JavaScript are needed for advanced formatting and interactivity.
This document provides an introduction to HTML basics including:
- Web pages are text files containing HTML tags that provide structure and formatting
- HTML uses elements defined by opening and closing tags to describe headings, paragraphs, lists, and other content
- Common tags include <head> <body> <p> <h1-6> <ul> <ol> <img> and other text formatting tags
- Attributes like src and alt provide additional information about elements like images
HTML is the standard markup language used to create web pages. It was created by Tim Berners-Lee in 1990 and includes elements like <head>, <body>, <p>, and <img> to structure and layout web page content. HTML has gone through several versions over the years to support new technologies and is now at version 5, which introduced new semantic elements and embedded media with <video> and <audio> tags. HTML pages are built with tags that do not display but tell browsers how to render content, and attributes provide additional information about elements.
Learn HTML and CSS in few steps . Practice an hour daily for good results in 10 days.
Here I am mentioning basic elements , attributes and tags of HTML with styling them
What is HTML?
Telling the browser what to do, and what props to use.
A serises of tags that are integrated into a text document.
Tags are ;
surrounded with angle brackets like this
<b> or <i>.
Most tags come in pairs
exceptions: <p>, <br>, <li> tags …
The first tag turns the action on, and the second turns it off.
The document provides information about designing and developing websites and web applications. It discusses topics like HTML tags for text formatting, lists, tables, images, forms, and multimedia. It also covers CSS for styling websites and the differences between HTML4 and HTML5. The speaker is Md. Zakir Hossain, a software engineer who will teach participants how to design professional websites, develop web-based software, and publish online content in a series of classes.
The document introduces HTML (Hypertext Markup Language) and its basic structure and elements. It discusses the history and development of HTML, including its early versions. It also provides examples of common HTML tags for text formatting, headings, and background colors.
The document discusses HTML (Hypertext Markup Language), which defines the structure and layout of web pages using tags and attributes. It describes common HTML elements like <head>, <title>, <body>, and <html> that form the basic structure of an HTML document, as well as tags for text formatting, hyperlinks, images, lists, and tables. Paired and singular tags are introduced along with examples.
HTML is the markup language used to structure and present content on the World Wide Web. It uses tags to denote headings, paragraphs, lists, and other semantic elements to describe the purpose of text. HTML documents can include images, scripts written in languages like JavaScript, and cascading style sheets to define appearance and layout. Basic HTML uses tags placed within angle brackets to communicate how text and images should be displayed in a web browser.
The document provides instructions for creating basic HTML links. It explains that the <a> tag is used to define a hyperlink, with the href attribute specifying the link destination. Examples are given of creating links to other websites and bookmarks within the same page. Targets for opening links in new windows are also demonstrated.
This document provides an introduction to HTML. It defines key terms like HTML, URL, and browser. It explains that HTML is the language used to create web pages and is made up of tags enclosed in angle brackets. It discusses the basic structure of an HTML document using tags like <html>, <head>, <title>, and <body>. It also describes common text formatting tags and elements used in HTML like headings, paragraphs, line breaks, and bold/italic text. The document is intended as a beginner overview of HTML concepts and syntax.
HTML is a markup language used to define the structure and layout of web pages. It uses tags to mark up elements like headings, paragraphs, lists, and other semantic elements. Originally developed to share scientific information between researchers, HTML is now widely used to format web pages using tags like <html>, <head>, <body>, <h1>, and <p>. Elements can be nested within each other and attributes provide additional information about elements.
The document provides an overview of basic HTML theory, including:
- What the World Wide Web is and how it works
- How browsers fetch and display web pages using HTML tags
- Common HTML tags for formatting text, creating lists, links, images and tables
- Additional HTML concepts like attributes, entities, and frames
HTML is a markup language used to structure and present content on the web. It stands for Hypertext Markup Language and was created by Tim Berners-Lee in 1991. Some key elements of HTML documents include tags, attributes, and basic building blocks like the <html>, <head>, <title>, and <body> tags. Common tags in HTML are used for formatting text and include headings, paragraphs, breaks, fonts, and lists.
The document provides an introduction to HTML (Hypertext Markup Language) by defining key terms like internet, web page, website, and web browser. It explains that HTML is a language used to describe web pages and is made up of elements defined by tags. It provides examples of basic HTML tags for text formatting, paragraphs, headings, and other common elements.
This document provides an introduction to HTML, including how to create basic HTML documents and use common HTML tags. It explains that HTML documents have a structure with <html>, <head>, and <body> tags. The <head> contains the <title> while the <body> holds visible content. It also describes important HTML attributes like id, title, class, and style that can be used on most tags. Meta tags are discussed for adding metadata to pages.
This document provides an introduction to HTML, including how to create basic HTML documents and common HTML tags. It explains that HTML documents have a basic structure of <html>, <head>, and <body> tags. The <head> contains metadata like the <title>. The <body> contains visible page content. It also describes some core HTML attributes like id, title, class, and style that can be used on most tags. Meta tags are explained as a way to provide metadata about documents.
This document provides an introduction to HTML, including how to create a basic HTML document, the structure of an HTML document, common HTML tags, and metadata tags. It explains that an HTML document contains <html>, <head>, and <body> tags and describes what each tag is used for. It also lists some common tags like <title>, <p>, and <h1> and explains how to open a basic HTML file in a text editor and web browser to view it. Finally, it discusses HTML meta tags which can provide metadata about the document.
This document provides an introduction to HTML (Hypertext Markup Language) and describes the basic structure and tags used in an HTML document. It explains that HTML documents use markup tags to define headings, paragraphs, lists and other elements. The key tags are <html> to define an HTML document, <head> for page header info like the <title>, and <body> for the visible page content. It provides examples of basic HTML documents and describes common tags like <p> for paragraphs and <h1> for headings.
HTML is a markup language used to create web pages. It uses tags to denote structural elements like headings, paragraphs, lists, and links. Tags are written within angle brackets and indicate how content should be displayed. Common tags include <head> for the document head, <title> for the page title, <body> for the main page content, and <p> for paragraphs. HTML documents are created in a text editor and saved with a .html or .htm file extension.
This document provides information on static and dynamic web pages. It defines static web pages as pages that are delivered exactly as stored, while dynamic pages are generated by a web application and can change based on things like time, user, or user interaction. Static pages are quick and cheap to develop but offer less interactivity, while dynamic pages allow for more functionality but are slower and more expensive to develop. The document then provides details on HTML tags like headings, paragraphs, lists, and tables that can be used to structure content on web pages.
HTML is a markup language used to define the structure and layout of web pages. HTML uses tags to annotate text, images, and other content for display in a web browser. Some key HTML tags include <h1> for main headings, <p> for paragraphs, <a> for links, <img> for images, <ul> and <ol> for unordered and ordered lists. CSS can be used to style and lay out HTML elements.
In this presentation, you will learn about few things:
1)What is HTML?
2)Elements
3)Tags
4)Attributes
5)Headings
6)Paragraphs
and in the end there is small example of HTML page. In the next presentation you will get to know about styling the HTML page and more.
HTML stands for Hypertext Markup Language. It is not a programming language but rather a formatting language used to structure and present content on the web. HTML uses tags to mark up text and other content. Common tags include <html> to define an HTML document, <head> for metadata, <title> for the document title, <body> for the main content, and tags like <h1> - <h6> for headings, <p> for paragraphs, and <b>, <i>, and <u> for bold, italics, and underlined text.
This document summarizes the key differences between static and dynamic web pages. Static web pages are pre-built pages that display the same content for all users, while dynamic pages are built in real-time based on things like user input or time. Some advantages of static pages are that they are quick and cheap to develop, but they lack personalization and interactivity. Dynamic pages allow for more functional, up-to-date websites but are more expensive to develop and host. The document also provides examples of common HTML tags used to structure pages and add formatting.
HTML stands for HyperText Markup Language. It is used to design web pages using a markup language. HTML is a combination of Hypertext and Markup language. Hypertext defines the link between web pages. A markup language is used to define the text document within the tag which defines the structure of web pages. This language is used to annotate (make notes for the computer) text so that a machine can understand it and manipulate text accordingly. Most markup languages (e.g. HTML) are human-readable. The language uses tags to define what manipulation has to be done on the text.
HTML stands for HyperText Markup Language. It is used to design web pages using a markup language. HTML is a combination of Hypertext and Markup language. Hypertext defines the link between web pages. A markup language is used to define the text document within the tag which defines the structure of web pages. This language is used to annotate (make notes for the computer) text so that a machine can understand it and manipulate text accordingly. Most markup languages (e.g. HTML) are human-readable. The language uses tags to define what manipulation has to be done on the text.
The document provides an overview of HTML 5 including:
- HTML stands for Hypertext Markup Language and is the core markup language used to structure web pages.
- Common IDEs and browsers for developing HTML include Notepad, Visual Studio Code, Chrome, and Firefox.
- Key HTML elements include <html>, <head>, <body>, <div>, <p>, <img>, <a>, <ul>, <ol>, <table>, and <form>.
- Attributes like class, id, and src are used to provide additional information and functionality.
- HTML allows adding headings, text formatting, comments, links, images, videos, and tables to structure and design web pages.
HTML is a markup language used to define the structure and layout of web pages. It was created by Tim Berners-Lee in the 1980s at CERN. HTML uses tags to annotate text with semantic meaning like headings, paragraphs, lists, links etc. An HTML document contains HTML tags and elements that are interpreted by browsers to display the page.
HTML (Hypertext Markup Language) is the standard markup language used to create web pages. It uses tags to define headings, paragraphs, lists and other elements. Originally developed to share scientific information, HTML is now widely used to format web pages using tags like <html>, <head>, <body>, <h1>, <p>, <br>, and <img>. HTML documents have a basic structure including a <DOCTYPE> declaration, <html> and <body> tags which contain other tags to define and structure the content.
The document provides an introduction to HTML and describes its basic components and tags. It explains that HTML is a markup language used to define the structure and layout of web pages. It also outlines some key HTML tags such as <html>, <head>, <title>, and <body> which are used to define an HTML document. Additionally, it describes other common tags like <b>, <i>, <font> that are used to format text elements on web pages.
1. The document discusses analytic functions of complex variables through examples. It defines analytic functions as those whose derivatives of all orders exist in the region of analyticity.
2. The Cauchy-Riemann equations are derived and their implications are explored, including that they imply the Laplace equation and orthogonality of level curves.
3. Several examples are worked through to determine if functions are analytic by checking if they satisfy the Cauchy-Riemann equations. The Cauchy-Riemann equations are also derived in polar coordinates.
The Cauchy Riemann (CR) conditions provide a necessary and sufficient condition for a function f(z) = u(x, y) + iv(x, y) to be analytic in a region. The CR conditions require that the partial derivatives of u and v satisfy ∂u/∂x = ∂v/∂y and ∂u/∂y = -∂v/∂x. If a function satisfies these conditions at all points in a region, then it is analytic in that region. The document proves this using cases where ∆y = 0 and ∆x = 0, showing the derivatives must be equal. Examples are provided to demonstrate checking functions for analytic
Complex numbers allow solutions to equations like x2 + 1 = 0 by extending real numbers to include imaginary numbers. A complex number z is defined as z = x + iy, where x and y are real numbers and i is the imaginary unit equal to √-1. Complex numbers can be added and multiplied following specific rules, such as z1 + z2 = (x1 + x2) + i(y1 + y2) for addition and z1z2 = (x1x2 - y1y2) + i(y1x2 + x1y2) for multiplication. The inverse of a complex number z is calculated as z-1 = (x/(x2+y
The document discusses properties of complex numbers including:
- Commutativity and associativity of addition and multiplication
- Additive and multiplicative identities and inverses
- Conjugates, modulus, and triangle inequality
- Polar form representation using modulus and argument
- Exponential form for products, quotients, and powers
- Roots of complex numbers and finding nth roots
- Representing functions of a complex variable using modulus and argument
1) The document discusses examples of calculating the Jacobian of transformations. It defines the Jacobian as the determinant of the partial derivatives of the transformed coordinates.
2) It then discusses Möbius transformations, which are fractional linear transformations of the form (az+b)/(cz+d). The Jacobian of a Möbius transformation depends only on z.
3) Several examples are given of using Möbius transformations to map one geometric region to another, such as mapping a circle to a line.
This document discusses conformal mapping, which maps curves and regions in such a way that preserves angles and their directions. It provides examples of conformal mappings:
1) The mapping w = ez maps a vertical line in the z-plane to a circle in the w-plane, with the phase angle increasing along the circle.
2) The mapping ω = eiθ0(z-z0)/(z-z0) maps an area in the upper half z-plane to the interior of a unit circle in the ω-plane. Points on the x-axis in z are mapped to the boundary of the circle.
The document discusses Taylor and Laurent series expansions. It provides examples of using these expansions to represent functions around points.
Taylor series provides a power series representation of an analytic function around a point. Laurent series allows representing functions in annular regions, including points where the function is not analytic, using both positive and negative powers of (z - z0). Examples show deducing Laurent series expansions for simple functions like z4 and 1/z4 around various points, and evaluating coefficients via contour integrals and the residue theorem. The document also gives an example of using a contour integral to compute a Greens function in many-particle physics.
1) Jordan's lemma is used to convert real integrals over the infinite real axis into complex integrals over a contour enclosing the real axis in the complex plane.
2) Several examples are provided of using residues and Jordan's lemma to evaluate definite integrals over the real line or infinite intervals that involve functions with poles, including integrals of x^2, sin(x)/x, 1/(x^2+a^2)^2, and sin(x)/(x(x^2+a^2)).
3) The technique involves closing the contour with a semicircle at infinity where the integral over the semicircle goes to zero by Jordan's lemma, leaving the original integral equal to the residue theorem applied to the
1) The document discusses evaluating contour integrals using the residue theorem. It provides examples of calculating residues and evaluating integrals where the contour encloses poles.
2) The residue of a function f(z) at a pole z=a is the coefficient of the (z-a)^-1 term in the Laurent series expansion of f(z) about z=a.
3) According to the residue theorem, the value of a contour integral of a function along a closed loop is equal to 2πi times the sum of the residues of the function enclosed by the contour.
1) The document discusses representation of the Dirac delta function in cylindrical and spherical coordinate systems. It shows that δ(r - r') = δ(ρ - ρ')δ(φ - φ')δ(z - z')/ρ in cylindrical coordinates and δ(r - r') = δ(r - r')δ(θ - θ')δ(φ - φ')/r^2 in spherical coordinates.
2) It also derives the important relation ∇^2(1/r) = -4πδ(r) and shows its application to the Laplace equation for electrostatic potential.
3) The completeness of eigenfunctions of harmonic oscillators and Legend
1. The Dirac delta function is an important concept in quantum mechanics and electrodynamics that describes an impulse or large force acting over a very short time interval.
2. The key properties of the Dirac delta function are that it is equal to infinity at a single point and zero everywhere else, and that the integral of the function over its entire range is equal to one.
3. The Dirac delta function can be used to find the value of an arbitrary function f(x) at a specific point a, as the integral of f(x) multiplied by the Dirac delta function over all x is equal to f(a).
This document contains a series of tutorial problems related to matrices and linear algebra. Problem 1 asks to invert a 3x3 matrix. Problem 2 asks to write a vector as a linear combination of two other vectors. Problem 3 involves finding the inverse, trace, and determinant of related matrices. Problem 4 proves a property about powers of similar matrices. Problem 5 diagonalizes a 2x2 matrix and finds its eigenvalues and eigenvectors.
This document discusses finding the eigenvalues and eigenfunctions of a spin-1/2 particle pointing along an arbitrary direction. It shows that the eigenvalue equation reduces to a set of two linear, homogeneous equations. The eigenvalues are found to be ±1/2, and the corresponding eigenvectors are written in terms of the direction angles θ and Φ. As an example, it shows that for a spin oriented along the z-axis, the eigenvectors reduce to simple forms as expected for a spin-1/2 particle. It also introduces the Gauss elimination method for numerically solving systems of linear equations that arise in eigenvalue problems.
This document discusses solving a mass-spring system as an eigenvalue problem. It:
1) Sets up differential equations to model the displacements of two masses connected by springs.
2) Transforms the coupled differential equations into a matrix eigenvalue equation.
3) Solves the eigenvalue equation to obtain the frequencies of oscillation for the two masses.
4) Combines the eigenvectors with complex exponential functions to obtain general solutions for the displacements of each mass over time.
This document discusses linear transformations and matrices. It introduces how linear transformations on physical quantities are usually described by matrices, where a column vector u representing a physical quantity is transformed into another column vector Au by a transformation matrix A. As an example, it discusses orthogonal transformations, where the transformation matrix A is orthogonal. It proves that for an orthogonal transformation, the inner product of two vectors remains invariant. It also discusses properties of other types of matrices like Hermitian, skew-Hermitian and unitary matrices.
This document discusses properties of symmetric, skew-symmetric, and orthogonal matrices. It defines each type of matrix and provides examples. Key points include:
- Symmetric matrices have Aij = Aji for all i and j. Skew-symmetric matrices have Aij = -Aji. Orthogonal matrices satisfy AT = A-1.
- The eigenvalues of symmetric matrices are always real. The eigenvalues of skew-symmetric matrices are either zero or purely imaginary.
- Any real square matrix can be written as the sum of a symmetric matrix and skew-symmetric matrix.
1) The document discusses calculating the moment of inertia tensor for a cylinder with radius R and height H. It is shown that the only non-zero components of the inertia tensor are Ixx = (3MH + 4MR2)/12, Iyy = Ixx, and Izz = MR2/2.
2) Equations for velocity, acceleration, and the Christoffel symbols in an arbitrary coordinate system are presented. Expressions for calculating acceleration in cylindrical coordinates using the metric tensor and Christoffel symbols are given.
Tensors obey algebraic properties including addition, multiplication, contraction, and symmetrization. Addition of tensors combines their components. Multiplication of tensors combines their indices and ranks to form a new tensor. Contraction sets equal a covariant and contravariant index, reducing the tensor's rank. Symmetric tensors do not change sign under index interchange, while antisymmetric tensors change sign.
1) The document discusses tensors with multiple indices and the cross product of two vectors A and B. The components of the cross product vector C are given by Ai Bj - Aj Bi.
2) It describes how tensor components transform between coordinate systems using transformations of partial derivatives. The transformation property for cross products is derived.
3) Tensors are defined by their rank, with the number of covariant and contravariant indices specifying a tensor's rank. Vectors have a rank of 1. Examples calculate tensor components in different coordinate systems.
1) There are two types of vectors - contravariant vectors whose components transform according to Equation 1, and covariant vectors whose components transform according to Equation 2.
2) The dot product of two contravariant or two covariant vectors is not independent of the coordinate system.
3) The dot product of a contravariant and a covariant vector is independent of the coordinate system.
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Description:
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Sub-Topic :
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About the Author:
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Disclaimer:
This document is intended for educational purposes only. The content presented here reflects the author’s understanding in the field of RDBMS as of 2024.
Feedback and Contact Information:
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6. HTML is a markup language for describing web documents.
HTML stand for HYPER TEXT MARKUP LANGUAGE
A markup language is a set of markup tags
HTML documents are described by HTML tags
7. AN HTML document has two main parts:
• Head:- The document element contains title and meta data
of a web document.
• Body :- The body element contains the information that you
want to display on a web pages.
8. HTML is a document layout and hyperlink specification language i.e. this
language is used to design a layout of a document and specify the
hyperlink.
HTML actually tells the browser how to display the content of a hypertext
document including text , image and other support media . The language
also tells how to make a document interactive through special hyperlinks.
HTML is a language which support multimedia and new pages layout
feature yet it has its limitation.
HTML is a not a word processing tool , it is not desktop publishing solution
or even a programming language. It is just a page layout and hyperlink
specification language.
9. HTML is a very useful used for us but all languages has limitation . HTML
also has be some limitation .HTML is simply a “markup” language.
The HTML pages are the document that can be read by the server and
are not the best fit to be read by humans.
HTML forms have the dependency on scripting language and it results in
complex document creation that consume more time.
HTML doesn’t make it initialize the form data properly and doesn’t
make it easier for the users to enter the information once.
Following are the basic limitation of HTML
10. A tag is generally called a HTML command that indicate how part of web
page should be display. An attribute is a special word used inside the tag
to specify additional information to tag such as color, alignment ,style
etc.
Some basic HTML Tags are as follow:
The <HTML> Tag
The <HTML> tag identifies the simple document as an HTMT
document. An HTML document is start with <HTML> and end with
</HTML >. Where those tags have some special property like <HTML> is
stands for start the HTML tag and </HTML> is stands for closing the
HTML tag.
Syntax :
<HTML>
Whole HTML document will lie between those tags
<HTML>
11. The <HEAD> Tag
The <HEAD> tag contains the information about the documents
including its Title scripts used, style definitions and documents
description . The <HEAD> tag is entered between <HTML> tags. And this
also need starting and ending tags.
Syntax:
The <TITLE> Tag
The title tag is containing the title of the document. Title is the
very important part of any documents because it provides the
information about the content of the documents. The title specified
inside.<TITLE> tag and it’s appears on the browser’s tittle bar. The
<TITLE> tag is entered between the opening and closing <HEAD>
tags.
<HTML>
<HEAD>
Information of Header is come here
</HEAD>
</HTML>
12. Syntax :
The <BODY> Tag
The body tag encloses all tags, attributes and information
to be displayed in the web page. The <BODY> tag is
entered below the closing </HEAD> and above the closing
</HTML> tag. The body tag is providing the brief
information about the document.
<Html>
<Head>
<Title>
This is my title
<Title>
<Head>
<Html>
14. To creating an HTML document using a text editor. We can use any text
editor that we want. To create a document just follows these steps :-
Open text editor by clicking
Application Accessories Text editor.
When the editor is open type the HTML code.
Now the save the code using save command to saving the
HTML document ,just select the code that we want to save,
give the desire files name along with extension .HTML or .HTM
and then click save button.
15. Newer version of web browsers is able load the images and use it
background when displaying a page. Some people like this feature and
some does not. In general, if we want to attractive look to our simple
documents than this features is very useful for us.
Some of property that we can set for our background, these are:
o Background-color
o Background-image
o Background-repeat
o Background-attachment
o Background-position
16. Text formatting is another important thing to make HTML documents
attractive .
We can change our body text by using several tags and with the
help of these tags we change the size, color, style, line break, change the
paragraph and many more things.
<p> tag is used to change the paragraph of any content. A simple body is
never look good without using special tags. The real fun start when we
using all these tags to make our body attractive. The paragraph tag is
helpful to separate the description of paragraph, without this tag our
body looks like meaningless.
For example first we take a body without using a<P> tag:
For example :
<html>
</head>
<body>
17. Now we taken an example of body using <p> tag.
For example:
<h1>Body without P tag</h1>
An HTML documents consists of various section such as the head, body ,
etc. Different kinds of information’s can be entered within these sections
,which helps to give your documents a proper style.
Output:
An HTML documents consists of various section such as the head, body , etc.
Different kinds of information’s can be entered within these sections ,which
helps to give your documents a proper style.
<html>
<head>
</head>
<body>
<h1>Body Using P tag </h1>
<p> An HTML documents consists of various section such as the head, body ,
etc. Different kinds of information’s can be entered within these sections
,which helps to give your documents a proper style.
18. <BR> tags are use to break the lines. This type of tags are not
require the “beginning tag” or “ending tag”. These are single action tags
but they provide the big impact on the body. To simply end one line and
jump on another we use a line break <BR> and also show a blank line
before beginning anything else.
For example :
Output
Body using P tag
An HTML documents consists of various section such as the head,
body , etc. Different kinds of information’s can be entered within
these sections ,which helps to give your documents a proper style.
<HTML>
<HEAD>
</HEAD>
<BODY>
19. To making the information more accessible is the most important
quality of HTML. The HTML language’s excellent collection of text style,
formatting tools and links tools that can help us organize our
information into documents that reader understand quickly.
<H1>Body Using Br tag </H1>
An HTML documents consists of various sections <Br> such as the head, body,
etc. <Br> Different kinds of information’s can be entered within these
section <Br> which help to give your documents a proper style.
Output :
Body Using BR tag
An HTML documents consists of various sections <Br> such as the
head, body, etc. <Br> Different kinds of information’s can be entered
within these section <Br> which help to give your documents a proper
style.
20. List is one of the great features of HTML. It make our information
more easy to understand. We can manage our large data in a very simple
way with the help of list.
In HTML there are so many type of lists are available and very type
has their own property and all type are using for different purposes.
Some important types of list are.
Unordered List
Ordered List
Definition List
Nested List
21. Unordered list are also know as bulleted list. These list start with <UL>
and end with </UL>.
Each list item start with <LI>.<UL> is stands for unordered list
and <LI> is stands for list item.
For Example:-
<HTML>
<HEAD>
<TITLE></TITLE>
</HEAD>
<BODY>
<H1>Unordered List</H1>
<UL>
<LI>Arti</LI>
<LI>Rachna</LI>
<LI>Tinku</LI>
</UL>
</BODY>
</HTML>
22. OUTPUT:-
Ordered list is also know as number list. This list is denoted with
<OL> tag . It is identical to an unordered list except it use <OL> in a
place of <UL>. Here <OL> is stands for ordered list. In this list content
is appear with the help of number like 1,2,3 and so on.
UNORDERED LIST
ARTI
RACHNA
TINKU
23. FOR Example:-
Out put :-
<HTML>
<HEAD>
<TITLE></TITLE>
</HEAD>
<BODY>
<H1>Ordered List</H1>
<OL>
<LI>Arti</LI>
<LI>Rachna</LI>
<LI>Tinku</LI>
</OL>
</BODY>
</HTML>
Ordered List
ARTI
RACHNA
TINKU
24. A definition list usually consists of alternating terms. This is start
with <DL> and ends with </DL>.
This list can be define in two terms <DD> and <DT>. <DD> is used
to represent definition description and <DT> is used to represent
definition term.
Definition list are indented lists without any bullet symbol or any
number in from o each item.
<HTML>
<HEAD>
<TITLE></TITLE>
</HEAD>
<BODY>
<h4>Example 1</H4>
<DL>
<DL>Definition List<DL>
<Dd>A list of term and their definition / descripitions </Dd>
<Dt>Ordered List</Dt>
<Dd>A numbered list</Dd>
<DT>Unordered List</Dt>
25. <Dd>An unnumbered list.</Dd>
</Dl>
<H4>Example 2</H4>
<Dl>
<Dt>God of Cricket </DT
<Dd>Sachin Tenduulkar</Dd>
<Dt>Sports</Dt>
<Dd>Cricket</Dd>
<Dd>Hocky</Dd>
<Dd>kabaddi</Dd>
<Dt>Personality</Dt>
<Dd>Legend for all</Dd>
<Dt>Genrel</Dt>
<Dd>Best Human being </Dd>
</Dl>
</BODY>
</HTML>
Output :
Example-1
Definition list
A list of terms and their definitions/descriptions
26. Ordered List
A number list.
Unordered list.
An unnumbered list.
Example:-2
God of Cricket
Sachin Tendulkar
Sports
Cricket
Hockey
Kabbadi
Personality
Legend for all
General
Best Human being
27. A list item can contains another entire list this
is known as “nesting” a list. It is useful for
things like table of contents.
The key to nesting lists is to remember
that the nested list should relate to one
specific list item. To reflect that in the code ,
the nested list
28. is contained inside that list item. The code for the list above looks as
follows:-
For Example:-
Output:-
<HTML>
<HEAD>
<TITLE></TITLE>
</HEAD>
<BODY>
<OL>
<P><Li>Chapter One<P/>
<Ol>
<Li>Section One</Li>
<Li>Section Two</Li>
<Li>Section Three</Li>
</Ol>
<P><Li>Chapter Two<li></p>
<P><Li>Chapter Three<Li></p>
<Ol>
</BODY>
</HTML>
1. Chapter One
Section One
Section Two
Section Three
2. Chapter Two
3. Chapter three