false
If you can connect to other computers on the same network, but you can't connect outside the network, the problem is quite often that the default gateway has not been configured correctly.If you can connect to other computers on the same network, but you can't connect outside the network, the problem is quite often that the default gateway has not been configured correctly.If you can connect to other computers on the same network, but you can't connect outside the network, the problem is quite often that the default gateway has not been configured correctly.If you can connect to other computers on the same network, but you can't connect outside the network, the problem is quite often that the default gateway has not been configured correctly.
Yes. It needs to be the same type (MFM, PATA, SATA) as the original and properly configured. It is usually a very simple process.
No, computers are pretty much the same. Canada typically buys the same brand of computers as in the United States.
When forwarding packets to a host on a different subnet, the local host uses the address of the default gateway, which is typically a router within the same subnet. The default gateway serves as an intermediary that routes traffic from the local subnet to other subnets. This address is configured in the network settings of the local host. Packets destined for outside the local subnet are sent to this default gateway for further routing.
D. Compression
At the DHCP server, you would create an address reservation. To do so, you need to know the host's MAC address for its network interface.
you can host it if you have a lan and have all the computers wired together if not in same building you will have to pay for your own server to create it and you have to talk to server providers about that.
There are many sections in the circuitry of a cellphone that are configured in parallel. There are also many others, in the same phone, that are configured in series.
It is called "IP address". A typical example, using private addresses, is:IP address: 10.0.0.5Subnet mask: 255.255.255.0Default gateway: 10.0.0.1IP address will be different for different computers, but typically all will start with the same 3 bytes, in the example, "10.0.0". Subnet mask and default gateway will be the same for several computers in the same network.It is called "IP address". A typical example, using private addresses, is:IP address: 10.0.0.5Subnet mask: 255.255.255.0Default gateway: 10.0.0.1IP address will be different for different computers, but typically all will start with the same 3 bytes, in the example, "10.0.0". Subnet mask and default gateway will be the same for several computers in the same network.It is called "IP address". A typical example, using private addresses, is:IP address: 10.0.0.5Subnet mask: 255.255.255.0Default gateway: 10.0.0.1IP address will be different for different computers, but typically all will start with the same 3 bytes, in the example, "10.0.0". Subnet mask and default gateway will be the same for several computers in the same network.It is called "IP address". A typical example, using private addresses, is:IP address: 10.0.0.5Subnet mask: 255.255.255.0Default gateway: 10.0.0.1IP address will be different for different computers, but typically all will start with the same 3 bytes, in the example, "10.0.0". Subnet mask and default gateway will be the same for several computers in the same network.
No, a user and a host are not the same. A user refers to an individual who interacts with a system, application, or service, while a host typically refers to the hardware or server that provides resources and services to users. In networking, a host can also refer to any device connected to a network, which may or may not be used by a user at a given time.
It depends on what your computer's sharing settings are configured to.
To enable fault tolerance in DHCP (Dynamic Host Configuration Protocol), the "50/50 split" rule is typically used, where two DHCP servers share the same scope. Each server is configured to handle 50% of the available IP addresses within the scope, ensuring that if one server fails, the other can still lease IP addresses to clients. This setup helps maintain network availability and reliability by providing redundancy. Additionally, the two servers can be configured to communicate with each other to avoid IP address conflicts.