Web 2.0 is a simple static website without any interaction with its users is inaccurate. This statement is accurate in web 1.0 and not 2.0
Further Explanation:
Web 1.0 is considered as the read-only web and represents the 1st implementation of the WWW. It allowed users to look for information online without offering an opportunity to fully interact with its pages. You only got the opportunity to passively read the content and that was it. The pages were static and were sometimes hosted on a free web hosting service.
Web 2.0 offers an interaction with its users. It is the read-write web technology as Berners-Lee would put it and it offers interoperability to its clients. It is what we interact with so much in our day-to-day lives. Examples of web 2.0 are the Wiki, FB, Twitter, and many more. These examples shows us how web 2.0 brings people closer together with information using machines and encourages participation and sharing of information.
Web 3.0 is not commonly used and is known to may as the future web. It is what many refer to as “IOT” or the semantic web. The world is slowly trying to transition into web 3.0 with smart devices trying to connect to the internet. It is trying to alter the web that humans are familiar with into some sort of database. It the web for the foreseeable future.
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This totally depends on what they need and what they are willing to spend. If they just need access to google docs/ sheets etc for example (so just the web with a web browser), either Linux / Un*x or Windows will do and linux is the free choice. If they want to be part of the microsoft ecosystem or use some windows specific software they will need to use Windows or an emulator in Linux.
I would not recommend MSDOS in this day and age.
I’d say wear headphones but I agree with the previous answer which said most of them could be necessary
Answer:
true
Explanation:
we can connect to any device which has a network connection
Explanation: Determine the mass of the substance, and its molar mass. Divide the given mass by its molar mass to get moles, then multiply times 6.022×1023molecules1mol
