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What else can I help you with?
Which one had more overhead a router or a bridge?
a. Routers are more expensive than bridges. b. Routers operate at the first three-layers; bridges operates at the first two layers. Routers are not designed to provide direct filtering the way the bridges do. A router needs to search a routing table which is normally longer and more time consuming than a filtering table. c. A router needs to decapsulate and encapsulate the frame and change physical addresses in the frame because the physical addresses in the arriving frame define the previous node and the current router; they must be changed to the physical addresses of the current router and the next hop. A bridge does not change the physical addresses. Changing addresses, and other fields, in the frame means much unnecessary overhead.
What are the first 6 numbers in a IP address?
People have different ip addresses
What portion of a MAC address encodes an identifier representing the manufacturer of the card?
The first 3 bytes show this. It's called the OUI, Organizationally Unique Identifier. If you type "getmac" in windows, you should see the 6 byte address, and the first 3 bytes are the ones that you are concerned about. Each OUI is unique to the manufacturer of the network card.
Advantages and disadvantages of mac addressing?
The advantage of MAC addressing is that there is no attachment cost to devices that connect to the network. Its disadvantage, on the other hand, include easy spoofing due to the broadcast nature of the Ethernet.
What does the OUI represent?
In computer terminology, OUI represents the first 8 bytes of the MAC address that identifies the manufacturer of the network hardware. OUI stands for "organizationally unique identifier."
Do you share your IP address with other internet users in your house who use the same wireless internet 'network' as you?
Within the local network, every computer has to have a different IP address. These IP addresses have to be in the same subnet; usually this means that the first 3 bytes are the same.Within the local network, every computer has to have a different IP address. These IP addresses have to be in the same subnet; usually this means that the first 3 bytes are the same.Within the local network, every computer has to have a different IP address. These IP addresses have to be in the same subnet; usually this means that the first 3 bytes are the same.Within the local network, every computer has to have a different IP address. These IP addresses have to be in the same subnet; usually this means that the first 3 bytes are the same.
What is class B address range?
A class B address range is all the addresses that start with binary 10, or decimal 128-192. As originally defined, the first two bytes (octets) indicate the network; the last two bytes are reserved for the host. That is, a class B network has about 65,000 available addresses.
A network on the internet has a subnet mask 255.255.240.0 what is the maximum number of hosts it can handle?
Convert the subnet mask to binary: 11111111.11111111.11110000.00000000The zeroes tell you which bytes indicate the host; in this case, 12 zeroes allow for 212 = 4096 different IP addresses within the subnet. Of these, two (the first and the last) are unusable for a host, so you have a maximum of 4094 hosts.
There is a word in the English language which the first two letters signify a male and the first three letters signify a female and the first four signify a great man and the whole world a great woman?
heroine
How many bytes first 6 characters of mac address?
A MAC address consists of 12 hexadecimal characters, representing 6 bytes in total. The first 6 characters of a MAC address represent the Organizationally Unique Identifier (OUI) and correspond to 3 bytes. Therefore, the first 6 characters of a MAC address occupy 3 bytes.
What is 816.67mb plus 3.23gb equals?
First of all, I am going to assume you mean MB and GB and not Mb and Gb. There are two answers to this, because drive manufacturers use powers of 10 and computer scientists use powers of 2. Using powers of 10: 1MB=1,000,000 Bytes and 1GB=1,000,000,000 Bytes 3,230,000,000 Bytes + 816,670,000 Bytes = 4,046,670,000 Bytes ~= 4.047 GB Using powers of 2: 1MB=1,048,576 Bytes and 1GB=1,073,741,824 Bytes 3,468,186,092 Bytes + 856,340,562 Bytes = 4,324,526,654 Bytes ~= 4.124 GB
How many no of address lines required in 64kB memory?
To calculate the number of address lines required for a 64 kB memory, first convert 64 kB into bytes: 64 kB = 64 × 1024 bytes = 65,536 bytes. The number of address lines needed can be determined using the formula (2^n = \text{total number of addresses}), where (n) is the number of address lines. Since 65,536 is (2^{16}), you need 16 address lines to address a 64 kB memory.
What is the host range for 184.192.125.33?
Not enough information. You also need the subnet mask. For example, if the subnet mask 255.255.255.0 is used (this is quite common), the subnet range is from 0-255 (in the last byte - keep the other bytes as they are), but the first and last of these addresses are reserved for special purposes, and can't be assigned for hosts. Therefore, the host range has addresses 1-254 in the last byte.
What English word in which the first 2 letters signify a female 3 signify male first 4 signify a good one put together means a great girl what word is this?
You're probably looking for "heroine," but the first two letters are male and the first three are female. He Her Hero Heroine
What term did Mendel used to signify his true breeding first-generation?
parental generation
How many bites in megabtes?
One byte is equivalent to 8 bits. To convert bytes to megabytes, you divide the number of bytes by 1,048,576 (since 1 megabyte is 1,024 kilobytes, and 1 kilobyte is 1,024 bytes). Therefore, to find the number of megabytes in a certain number of bits, you would first convert bits to bytes (by dividing by 8), and then convert bytes to megabytes by dividing by 1,048,576.
Clculate the no of bytes in 2.5 MB?
To calculate the number of bytes in 2.5 MB, you first need to understand that 1 MB is equal to 1,048,576 bytes. Therefore, to convert 2.5 MB to bytes, you would multiply 2.5 by 1,048,576. This gives you a total of 2,621,440 bytes in 2.5 MB.
