The Simplest Way is to buy a router. It will take the incoming internet line, and asssign IP addresses to each computer that is connected to it. If you need a separate External IP address for each room, you will have to contact your ISP
Internet Protocol I believe
It's called the internet protocol (IP) address.
Yes. Each computer connected to the internet is assigned a unique internet protocol, or IP, address.
have an unique IP address
IP address is the internet protocol address which is unique for each system in the given network. IP address is like an unique id that uniquely identifies a system on a network. Yes even if you are not connected to internet, computer would still have an IP address.
There are four people to a room with a bathroom in each room. Also two person rooms for dorm leadership. For more information go to paulsimonchicago.jobcorps.gov
An Internet Protocol address (IP address) is a numerical label assigned to each device (e.g., computer, printer) participating in a computer network that uses the Internet Protocol for communication.
It allows computers to "talk" each other in network.
An IP address is a unique network that you are assigned each time that your computer connects to the Internet. A good reason to know what your IP address is so that you will know the details of your Internet connection.
The IP address of a given host might change each time it comes onto a network if it is using a proxy server. A proxy server makes it hard to locate the person using the internet.
It's called an IP address. Every device (PC, Tablet, etc.) that is connected to the Internet has one.
No. That address is an RFC1918 address. There are sets of IP space reserved for private use. These ranges are 10.0.0.0/8; 172.16.0.0/12 192.168.0.0/24. Any address that fall within these ranges are by convention not routable on the internet. Each address on the internet has to be unique. There are only 4,294,967,296 possible addresses theoretically possible with IPv4. That sounds like a lot, but with over 1 billion computers worldwide, and another billion expected by 2014, this is likely to be exhausted at some point in the not too distant future. The solution to this problem is called NAT or Network Address Translation. Basically it allows you to create your own network (not directly on the internet), and then use one (or several) public addresses to communicate with the internet. Since more then one person can have the same address (for example: 192.168.0.1) the addresses cannot know about each other on the internet, as they would conflict. These addresses are kept as internal, and most routers (at least properly configured routers) on the internet will not pass such an address to the internet.