This computer science problem involves algorithmic thinking and programming concepts. The solution below explains the approach, logic, and implementation step by step.

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17$. So, the new subnet mask is /17.
Here's how to calculate the IPv4 subnet details for and .
Given: Host IP Address: 10.101.99.228 Original Subnet Mask: 255.0.0.0 New Subnet Mask: 255.255.128.0
First, let's convert the new subnet mask to binary and determine its CIDR notation. In binary: The number of '1's is . So, the new subnet mask is /17. The original subnet mask is /8.
Step 1: Calculate the Number of Subnet Bits. • Number of Subnet Bits: 9
Step 2: Calculate the Number of Subnets Created. • Number of Subnets Created: 512
Step 3: Calculate the Number of Host Bits per Subnet. • Number of Host Bits per Subnet: 15
Step 4: Calculate the Number of Hosts per Subnet. • Number of Hosts per Subnet: 32766
Step 5: Determine the Network Address of this Subnet. Host IP: 10.101.99.228 New Subnet Mask: 255.255.128.0 Bitwise AND: In decimal: 10.101.0.0 • Network Address of this Subnet: 10.101.0.0
Step 6: Determine the IPv4 Address of First Host on this Subnet. • IPv4 Address of First Host on this Subnet: 10.101.0.1
Step 7: Determine the IPv4 Broadcast Address on this Subnet. The block size for the third octet is . The subnets in the third octet are multiples of 128: 0, 128. Since the host IP's third octet (99) falls into the 0 block, the next network address is 10.101.128.0. • IPv4 Broadcast Address on this Subnet: 10.101.127.255
Step 8: Determine the IPv4 Address of Last Host on this Subnet. • IPv4 Address of Last Host on this Subnet: 10.101.127.254
Given: Host IP Address: 172.22.32.12 Original Subnet Mask: 255.255.0.0 New Subnet Mask: 255.255.224.0
First, let's convert the new subnet mask to binary and determine its CIDR notation. In binary: The number of '1's is . So, the new subnet mask is /19. The original subnet mask is /16.
Step 1: Calculate the Number of Subnet Bits. • Number of Subnet Bits: 3
Step 2: Calculate the Number of Subnets Created. • Number of Subnets Created: 8
Step 3: Calculate the Number of Host Bits per Subnet. • Number of Host Bits per Subnet: 13
Step 4: Calculate the Number of Hosts per Subnet. • Number of Hosts per Subnet: 8190
Step 5: Determine the Network Address of this Subnet. Host IP: 172.22.32.12 New Subnet Mask: 255.255.224.0 Bitwise AND: In decimal: 172.22.32.0 • Network Address of this Subnet: 172.22.32.0
Step 6: Determine the IPv4 Address of First Host on this Subnet. • IPv4 Address of First Host on this Subnet: 172.22.32.1
Step 7: Determine the IPv4 Broadcast Address on this Subnet. The block size for the third octet is . The subnets in the third octet are multiples of 32: 0, 32, 64, 96, 128, 160, 192, 224. Since the host IP's third octet (32) falls into the 32 block, the next network address is 172.22.64.0. • IPv4 Broadcast Address on this Subnet: 172.22.63.255
Step 8: Determine the IPv4 Address of Last Host on this Subnet. • IPv4 Address of Last Host on this Subnet: 172.22.63.254
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Here's how to calculate the IPv4 subnet details for Problem 2 and Problem 3.
This computer science problem involves algorithmic thinking and programming concepts. The solution below explains the approach, logic, and implementation step by step.