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https://math.answers.com/math-and-arithmetic/How_many_host_addresses_may_assign_when_using_the_128.107.0.0

How many host addresses may assign when using the 128.107.0.0? - Answers

To determine the number of host addresses available in the 128.107.0.0 network, we first need to identify its subnet mask. Assuming it's a Class B network with a default subnet mask of 255.255.0.0 (or /16), the number of usable host addresses can be calculated using the formula (2^{(32 - subnet_bits)} - 2). This results in (2^{(32 - 16)} - 2 = 65,534) usable host addresses, where we subtract 2 for the network and broadcast addresses.



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How many host addresses may assign when using the 128.107.0.0? - Answers

https://math.answers.com/math-and-arithmetic/How_many_host_addresses_may_assign_when_using_the_128.107.0.0

To determine the number of host addresses available in the 128.107.0.0 network, we first need to identify its subnet mask. Assuming it's a Class B network with a default subnet mask of 255.255.0.0 (or /16), the number of usable host addresses can be calculated using the formula (2^{(32 - subnet_bits)} - 2). This results in (2^{(32 - 16)} - 2 = 65,534) usable host addresses, where we subtract 2 for the network and broadcast addresses.



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https://math.answers.com/math-and-arithmetic/How_many_host_addresses_may_assign_when_using_the_128.107.0.0

How many host addresses may assign when using the 128.107.0.0? - Answers

To determine the number of host addresses available in the 128.107.0.0 network, we first need to identify its subnet mask. Assuming it's a Class B network with a default subnet mask of 255.255.0.0 (or /16), the number of usable host addresses can be calculated using the formula (2^{(32 - subnet_bits)} - 2). This results in (2^{(32 - 16)} - 2 = 65,534) usable host addresses, where we subtract 2 for the network and broadcast addresses.

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      To determine the number of host addresses available in the 128.107.0.0 network, we first need to identify its subnet mask. Assuming it's a Class B network with a default subnet mask of 255.255.0.0 (or /16), the number of usable host addresses can be calculated using the formula (2^{(32 - subnet_bits)} - 2). This results in (2^{(32 - 16)} - 2 = 65,534) usable host addresses, where we subtract 2 for the network and broadcast addresses.

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