Computer Science Chapter 2 The Internet

Which term describes a network made up of computers and other electronic devices using TCP/IP communication protocols?

What is the primary function of a web browser?

Which of the following is the role of an Internet Service Provider (ISP)?

What does the acronym PSTN stand for?

Which protocol converts voice and webcam images into digital packages for transmission over the internet?

What is the main function of Internet Protocol (IP)?

Which IP address format uses 32 bits?

What does Classless Inter-Domain Routing (CIDR) primarily enhance?

What is the purpose of 'zero compression' in IPv6 addresses?

What is subnetting?

What is a private IP address used for?

Who allocates public IP addresses?

What is the primary function of a Domain Name Service (DNS)?

What is JavaScript primarily used for?

What type of language is PHP?

Which of the following best describes the World Wide Web (WWW)?

What is the role of HyperText Markup Language (HTML)?

What does a Uniform Resource Locator (URL) specify?

Which of the following is NOT a function of a web browser?

Which scenario would necessitate the use of zero compression in an IPv6 address?

Which networking concept allows for the creation of smaller broadcast domains to improve network performance and security?

A company wants to ensure that its internal servers are not directly accessible from the public internet. Which type of IP address should be assigned to these servers?

An organization is transitioning from IPv4 to IPv6. What is the primary motivation for this transition?

Which of the following tasks is a primary responsibility of the Domain Name Service (DNS)?

A web developer wants to add interactive elements and dynamic content to a website. Which programming language would be most suitable for this purpose?

A company needs to develop a server-side application that interacts with a database and generates dynamic web content. Which scripting language would be most appropriate for this task?

What is the key distinction between IPv4 and IPv6 regarding address representation, and what implications does this difference have for network scalability?

A network administrator discovers that an IPv6 address contains a long sequence of zeroes. Applying 'zero compression' could lead to ambiguity if:

A network engineer needs to divide a large network into smaller, more manageable segments. What is the primary benefit of implementing subnetting in this scenario?

A web developer has created a website with multiple HTML pages, styled using CSS. To add dynamic, client-side functionality, which technology should the developer incorporate?

Which of the following technologies is most closely associated with converting voice and video data into digital packets for transmission over the internet?

A company is experiencing a shortage of IPv4 addresses and is considering implementing a solution that allows multiple devices on the private network to share a single public IP address. Which technology would be most suitable for this scenario?

Which of the following situations would most likely require the use of a Public Switched Telephone Network (PSTN)?

In the context of internet technologies, what is the primary function of an Internet Service Provider (ISP)?

Assume you are tasked with designing a system to dynamically render content on a web page based on user interactions without requiring a page reload. Which combination of technologies would be most appropriate to achieve this?

Imagine you're configuring a network with both IPv4 and IPv6 addresses. Given the address 2001:0db8:85a3:0000:0000:8a2e:0370:7334, what is the most compressed, yet unambiguous, representation of this IPv6 address?

A network engineer needs to configure a router to allow internal users to access websites on the internet while preventing direct inbound connections to internal servers. Which of the following technologies would best meet these requirements?