Very Short Question and Answers - HTML
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HTML stands for Hypertext Markup Language.
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Hypertext refers to the combination of text and graphic images, and it has the unique feature of linking to other documents or web pages.
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Markups are called Tags, which are special symbols or characters used to indicate how content will appear on the browser.
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A markup language is designed to create a markup scheme for electronic documents, specifying the code for formatting, layout, and style. HTML is an example of a markup language.
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Protocols are necessary to standardise the processes and ways of communicating over a computer network, ensuring effective and universal data transfer.
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TCP/IP stands for Transmission Control Protocol/Internet Protocol.
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TCP is responsible for breaking down large data into smaller packets and reassembling them at the destination.
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The IP layer is responsible for the accurate delivery of data by assigning addresses and sending packets to the correct destination.
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TCP uses the technique of Packet-switching to break large data into suitably sized blocks called packets.
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The packets travel through multiple levels of networks, computers, and communication lines before reaching their final destination.
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HTTP stands for Hypertext Transfer Protocol.
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HTTP defines how messages are formatted and transmitted over the web, and what actions web servers and browsers should take in response to different commands.
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Hypertext can link different types of documents/files, such as images, sound effects, and text.
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HTTPS stands for Hypertext Transfer Protocol Secure.
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HTTPS encrypts information using Transport Layer Security (TLS) or Secure Sockets Layer (SSL) certificates, ensuring secure data transmission between the server and browser.
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Most browsers display a lock icon in the address bar to indicate that a website uses HTTPS and is secure.
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Banking and investment websites, e-commerce sites, and any websites where users log in typically require HTTPS.
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HTTP transmits data unencrypted, while HTTPS encrypts data for secure communication.
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A TLS certificate encrypts data and authenticates the website, establishing a secure connection between the server and browser.
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Using HTTPS ensures that confidential information, like financial data and login credentials, remains private and protected from cybercriminals.