Internet and Web

Websites are physically hosted on computers (web servers). The Internet is the network connecting these computers, but the hosting itself occurs on individual computers. World Wide Web is the system of interconnected documents, not the physical hosting infrastructure, and Network is too general.

WWW is the universally recognized acronym for World Wide Web, the system of interconnected documents and resources accessed via the Internet. The other options (Waste, Webpages, Websites) are not the standard expansion.

The World Wide Web is a global system accessible worldwide, spanning countries, continents, and states. It's not limited to any single geographical boundary - hence 'world wide' is the correct descriptor.

The web's fundamental design allows all connected computers to communicate and transfer data including text and graphics using standardized protocols like HTTP. This universal interoperability is a core feature of the web architecture.

A web browser initiates communication by sending an HTTP REQUEST to the server. Response is what the server sends back, Interrupt is unrelated to normal web operation, and Hacking is unauthorized access - none of which describe how browsers legitimately access pages.

An HTTP request contains the URL (page address) telling the server which resource to retrieve. Computer address could refer to IP, domain address to domain name, and MAC address is hardware-level - none are the standard terminology for what goes in an HTTP request line.

ISP stands for Internet Service Provider - companies that provide Internet access to customers. The 'Intranet' and 'State' variations are incorrect terms, and ISPs provide connectivity (Service), not governance (State).

Domain names map a human‑readable label to a computer’s numeric IP address on the Internet; they do not represent a generic network address, a hardware MAC address, or any combination of those, so only the IP address option is valid.

Domain names are case-insensitive per DNS standards - 'Example.com', 'example.com', and 'EXAMPLE.COM' all resolve to the same domain. This design prevents confusion and ensures consistent accessibility regardless of how users type the domain.

To solve this question, the user needs to know what a domain name is and its structure.

A domain name is a unique name that identifies a website. It consists of two or more parts separated by dots. The last part is called the top-level domain (TLD), such as .com, .org, .edu, or .net.

Now, let's go through each option and explain why it is right or wrong:

A. All the above: This option is incorrect because it is not specific. While some domain names may use colons or slashes as separators, the most common and widely recognized separator in a domain name is the dot.

B. colon(:): This option is incorrect because colons are not used as separators in domain names. Colons are commonly used in URLs to separate the protocol (e.g., http, https) from the domain name, but they are not part of the domain name itself.

C. slash(/): This option is incorrect because slashes are not used as separators in domain names. Slashes are commonly used in URLs to separate different parts of the path to a resource on a website.

D. dot(.): This option is correct. Dots are used to separate the different parts of a domain name, such as www.example.com. The dot after "com" separates the top-level domain from the rest of the domain name.

Therefore, the correct answer is:

The Answer is: D

An applet is a small Java program designed to run within a web browser as part of an HTML page. Applets were a key feature of Java in the late 1990s for bringing dynamic content to the web before modern JavaScript frameworks. They execute in a sandboxed JVM on the client side.

Pharming is an attack that redirects users to fake websites by compromising DNS settings or poisoning DNS caches, unlike phishing which requires clicking a link. Option C is correct. Session hijacking (A) steals user sessions, phishing (B) uses deceptive links, and MAC spoofing (D) forges hardware addresses.

The Active Directory hierarchy places the Forest at the top level, containing one or more Trees. Each Tree contains Domains, and Domains contain Organizational Units. Sites are physical network structures, not part of the logical hierarchy.

Lynx is a classic text-based web browser that runs in terminal environments. It allows users to navigate and read web content without any graphical interface, making it useful for remote systems or accessibility needs. It's been a staple Unix utility since the early days of the web.

The navigator object provides browser information via navigator.appName. Option B is correct. Options A and C reference non-existent objects (browser, client), and option D claims all are correct which is false.