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What portion of ip ddress resembles 150.0.0.0?
The IP address 150.0.0.0 is part of the Class B range of IP addresses, which spans from 128.0.0.0 to 191.255.255.255. In this specific address, the first two octets (150.0) indicate the network portion, while the last two octets (0.0) represent the host portion. This means that it can accommodate a large number of hosts within the 150.0.0.0 network.
What does IP address 150.0.0.0 resembles?
I would say it resembles a network ID because no individual computer can have an IP address that ends with 0 because that's reserved for the...network ID.
What portion of the IP address does the prefix represent?
It represents the network portion
What is a public ip different then network id?
An "ip address" is a complete source or destination address that has a network id portion and a client or host portion. The network id is just a piece of the IP address. So, a public ip is an IP address that can be routed, whereas the network id is just a part of the public ip. They aren't different; the network id is part of the ip address.
Which portion if the destination IP address is used as a packet is routed through the Internet?
Which portion of the destination IP address is used as a packet is routed through the Internet?
What portion of the IP address does a router use?
All of it.
The rightmost part of an IP address is the?
host portion.
When the host portion of an IP address is all binary ones?
The host portion of an IP address of all zeros indicates that you are referring to 'this network'. For example, the address 145.5.0.0 means the network 145.5
Which part of an ip packet does the router use to make routing decisions?
the network portion of the destination ip address
Which value represents the host portion of IP address 128.107.10.11 with a subnet mask of 255.255.0.0?
Seeing as the IP address of 128.107.10.11 is a class B network, the host portion is 10.11
Does the first portion of each IP address identify the network?
no
Does the first portion of each IP address identifies the networks?
no
