Given a Class C network and a number of subnets required, complete the table to identify the number of bits to borrow from the host field to use for the subnet field and the maximum number of host addresses available per subnet. Number of Subnets Required 2 Maximum Number of Hosts Subnet Mask in Binary and Decimal per Subnet Representations Number of Bits to Borrow for the Subnet Field 1 because 21 = 2 1111111.11111111.11111111.1 0000000 255.255.255.128 Class C has 8 host bits by definition. If one bit is borrowed that leaves 7 bit. But the all zero and the all 1 address cannot be assigned. And in CIDR /25 27 -2 = 128 -2 = 126 hosts 5 12 24 40 Given a Class B network and a number of subnets required, complete the table to identify the number of bits to borrow from the host field for the subnet field and the maximum number of host addresses available per subnet. Number of Subnets Required 5 Number of Bits to Borrow for the Subnet Field 3 23 = 8 Maximum Number of Hosts Subnet Mask in Binary and Decimal per Subnet Representations 1111111.11111111.111 00000.00000000 255.255.224.0 Class B has 16 host bits by definition. If 3 bits are borrowed then there are 13 host bits And in CIDR /19 213 -2 = 8191 - 2 = 8189 8 35 200 400 Given a Class A network and a number of subnets required, complete the table to identify the number of bits to borrow from the host field for the subnet field and the maximum number of host addresses available per subnet. Maximum Number of Hosts Number of Subnets Required 10 Number of Bits to Borrow for the Subnet Field 4 24 = 16 Subnet Mask in Binary and Decimal Representations per Subnet 1111111.1111 0000.00000000.00000000 255.240.0.0 Class A has 24 host bits by definition. If 4 bits are borrowed then there are 20 host bits And in CIDR /12 220 -2 = 8191 - 2 = 1,048,574 20 80 400 2000