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No, 255.247.0.0 is not a valid subnet mask. A valid subnet mask must have contiguous bits set to 1 followed by contiguous bits set to 0, which means that after the 1s, all subsequent bits should be 0. The binary representation of 255.247.0.0 does not adhere to this rule, as it has non-contiguous 1s and 0s.
What else can I help you with?
Is 190.254.1.64 a valid IP host for the network ID of 190.254.0.0 with 11 bits for subnetting?
To determine if 190.254.1.64 is a valid host for the network ID of 190.254.0.0 with 11 bits for subnetting, we first need to calculate the subnet mask. With 11 bits for subnetting, the subnet mask is 255.255.255.224 (or /27), which allows for 32 addresses per subnet (30 usable hosts). The network ID 190.254.0.0 with this mask has valid host addresses ranging from 190.254.0.1 to 190.254.0.30, so 190.254.1.64 is not a valid host in this subnet.
What is the subnet mask for 10 0 10 1 17?
This is not a valid IP address - a valid IP address has 4 bytes. Also, you can't guess the subnet mask from looking only at the IP address; there are usually several options.
What is the subnet mask for 195.70.16.93 host in dotted decimal format?
To determine the subnet mask for the IP address 195.70.16.93, we need to know the specific subnetting used, as the subnet mask is not inherently defined by the IP address itself. However, a common subnet mask for a Class C address like this one is 255.255.255.0, which allows for up to 256 IP addresses within the subnet. If the network requires a different subnetting scheme, the mask could vary accordingly.
What is sub net mask for 192.0.0.4?
The subnet mask for the IP address 192.0.0.4 depends on the network configuration. If it is using the default Class C subnet mask, it would be 255.255.255.0, indicating that the first three octets are used for the network portion. However, if it is configured differently, a custom subnet mask could be applied. To determine the exact subnet mask, one would need more context about the network setup.
If you have a subnet mask of 255.255.240.0 what would the cidr notation be?
The subnet mask of 255.255.240.0 corresponds to a CIDR notation of /20. This is because the mask has 20 bits set to 1 in its binary representation (11111111.11111111.11110000.00000000). Thus, the CIDR notation for this subnet is 192.168.0.0/20, assuming a starting IP address of 192.168.0.0.
Given the ip address and subnet mask of 172.16.134.64 is subnet mask 255.255.255.224 valid?
This is a network address
What is subneg mask for 512 subnet?
A subnet mask for a /512 subnet is not valid because subnet masks are defined in powers of two, and the maximum number of hosts in a subnet is limited by the number of bits in the IP address (32 bits for IPv4). The largest valid subnet mask is /32, which allows for a single IP address. However, if you meant a subnet that allows for 512 hosts, the correct subnet mask would be /23, which provides 512 addresses (510 usable for hosts).
Which is not a valid subnet mask?
No choices were supplied; cannot answer the question.
What is the last valid sub net of 172.28.231.4?
To Know any subnet of this IP you must provide the Subnet mask, otherwise it is impossible to know what is the subnet.
Is 190.254.1.64 a valid IP host for the network ID of 190.254.0.0 with 11 bits for subnetting?
To determine if 190.254.1.64 is a valid host for the network ID of 190.254.0.0 with 11 bits for subnetting, we first need to calculate the subnet mask. With 11 bits for subnetting, the subnet mask is 255.255.255.224 (or /27), which allows for 32 addresses per subnet (30 usable hosts). The network ID 190.254.0.0 with this mask has valid host addresses ranging from 190.254.0.1 to 190.254.0.30, so 190.254.1.64 is not a valid host in this subnet.
What is the subnet mask for 10 0 10 1 17?
This is not a valid IP address - a valid IP address has 4 bytes. Also, you can't guess the subnet mask from looking only at the IP address; there are usually several options.
What is the binart equivalent to the dotted decmal net mask-225.225.192.0?
That's not a valid subnet mask. Probably the subnet mask is supposed to be 255.255.192.0. You can convert each of the parts separated by dots to binary separately. Just use a scientific calculator, for example, the one that comes with Windows. To be a valid subnet mask, the binary equivalent must have a certain number of only ones, followed by only zeros.
What would the value of the last octet of the subnet mask be if the CIDR notation for an address is 192.168.1.1627?
This isn't a valid CIDR address, so I assume it is: 192.168.1.162/7 That would yield a subnet mask of 255.255.255.254
Does ipv6 require a subnet mask?
It does not require a subnet mask.
What class has subnet mask 225.225.225.0?
If this is a default subnet mask, then it would be a class C subnet mask. If you are subnetting a network and this is not the default subnet mask, then it could be either a class A or class B.
Defference bw a default subnet mask and a custom subnet mask?
The default subnet mask has a standard size. The custom subnet mask allows you to make subnets that are smaller or larger than the default.
What is the subnet mask of IP address 188.88.0.0?
255.255.255.0
