1. Given the class B network address 128.10.0.0 will be divided into subnets. Compute: a. The minimum number of bits necessary to obtain the number of subnets required. b. The maximum number of hosts in each subnet. c. The subnet mask. d. The dotted decimal IP address of the specified host on the specified subnet. Max Number of Subnets 66 66 1,900 1,900 115 115 27 27 970 970 (a) Minimu m Number of Bits (b) Maximum Number of Hosts per Subnet (c) Subnet Mask Subnet Numbe r 50 61 1,611 1,479 111 113 19 23 919 945 Host (d) Numbe Dotted Decimal IP r Address 499 194 20 61 321 479 1,951 1945 51 48 1. Given the class B network address 128.10.0.0 will be divided into subnets. Compute: a. The minimum number of bits necessary to obtain the number of subnets required. b. The maximum number of hosts in each subnet. c. The subnet mask. d. The dotted decimal IP address of the specified host on the specified subnet. Max Number of Subnets 66 66 1,900 1,900 115 115 27 27 970 970 (a) Minimu m Number of Bits (b) Maximum Number of Hosts per Subnet (c) Subnet Mask Subnet Numbe r 50 61 1,611 1,479 111 113 19 23 919 945 Host (d) Numbe Dotted Decimal IP r Address 499 194 20 61 321 479 1,951 1945 51 48