Smartphones use <u>convergence or integration</u> technology, allowing users to perform several functions with one device.
<h3>What are smartphones?</h3>
Smartphones can be defined as hybrid versions of mobile devices that are designed and developed to have more features, so as to enable them run different software applications, functions and perform tasks with the aid of software applications such as web browsers, multimedia player, etc.
<h3>Types of smartphones.</h3>
In Computer technology, there are three popular types of mobile devices and these include the following:
- Handheld computers
- Personal digital assistants (PDAs)
- Smartphones.
In Computer technology, smartphones are designed and developed to use <u>convergence or integration</u> technology by combining previously unrelated technologies together, in order to allow end users perform several functions with one device.
Read more on smart phones here: brainly.com/question/15867542
#SPJ1
D. Workbook
Hope this helps
Answer:
network service providers
Explanation:
The backbone networks of the Internet are typically owned by long-distance telephone companies called network service providers.
A network service provider can be defined as a business firm or company that is saddled with the responsibility of leasing or selling bandwidth, internet services, infrastructure such as cable lines to small internet service providers.
Answer:
16 subnets and 14 hosts assignable IP addresses.
Explanation:
Computer networking is the interconnection and intercommunication of computer devices. These computer devices can be connected using cables or wirelessly. All devices in a network must have an IP address.
Subnetting a network is a process of preventing the waste of IP addresses for the purpose of security and cost. IP4 addresses are 32 bits in size (4 octets) and the host and subnet size is dependant on the host and network bit configuration.
The IP address 200.245.10.150/28 is a class A network address but subnetted to borrow four bits from the fourth octet to produce 16 subnets (2 ^ 4 bits borrowed) and 14 host IP addresses (2^ 4 bits remaining in the fourth octet - 2, which is the network and broadcast addresses).
I would think the answer is C. Hope this helps! :D
