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From the below image, assume that computer A is sending a message to computer B. For the message from computer A to router R, what is the source and destination IP and the source and destination MAC?

From the below image, assume that computer A is sending a message to computer B. For the message from computer A to router R, what is the source and destination IP and the source and destination MAC?

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From the below image, assume that computer A is sending a message to computer B. For the message from computer A to router R, what is the source and destination IP and the source and destination MAC? 

**Networking Components Diagram - Educational Breakdown** This diagram illustrates a basic network topology involving two sets of devices (A and B) connected via a router (R). ### Components and Connections: 1. **Devices:** - There are two laptops on the left segment labeled as `A`. - Laptop with IP: `111.111.111.111` and MAC: `74-29-9C-E8-FF-55` - Laptop with IP: `111.111.111.112` and MAC: `CC-49-DE-D0-AB-7D` - There are two laptops on the right segment labeled as `B`. - Laptop with IP: `222.222.222.222` and MAC: `49-BD-D2-C7-56-2A` - Laptop with IP: `222.222.222.221` and MAC: `88-B2-2F-54-1A-0F` 2. **Router (R):** - The router is central and connects the left and right network segments. - Link facing the left segment: - IP: `111.111.111.110` - MAC: `E6-E9-00-17-BB-4B` - Link facing the right segment: - IP: `222.222.222.220` - MAC: `1A-23-F9-CD-06-9B` 3. **Connections:** - The left devices (A) are connected through a cloud network depiction to the router. - The right devices (B) are similarly connected through another cloud network depiction to the router. ### Explanation of Diagram: - **IP Addresses**: These are the unique identifiers assigned to each device in the network for communication. - **MAC Addresses**: These are unique hardware identifiers assigned to network interfaces. - **Router (R)**: Acts as an intermediary, directing data between different IP networks. This setup illustrates a simple routed network where devices in different IP segments (A and B) communicate through a central routing device. The cloud graphics represent the abstracted network segments, showing an intermediate network between the end devices and the router.
Transcribed Image Text:**Networking Components Diagram - Educational Breakdown** This diagram illustrates a basic network topology involving two sets of devices (A and B) connected via a router (R). ### Components and Connections: 1. **Devices:** - There are two laptops on the left segment labeled as `A`. - Laptop with IP: `111.111.111.111` and MAC: `74-29-9C-E8-FF-55` - Laptop with IP: `111.111.111.112` and MAC: `CC-49-DE-D0-AB-7D` - There are two laptops on the right segment labeled as `B`. - Laptop with IP: `222.222.222.222` and MAC: `49-BD-D2-C7-56-2A` - Laptop with IP: `222.222.222.221` and MAC: `88-B2-2F-54-1A-0F` 2. **Router (R):** - The router is central and connects the left and right network segments. - Link facing the left segment: - IP: `111.111.111.110` - MAC: `E6-E9-00-17-BB-4B` - Link facing the right segment: - IP: `222.222.222.220` - MAC: `1A-23-F9-CD-06-9B` 3. **Connections:** - The left devices (A) are connected through a cloud network depiction to the router. - The right devices (B) are similarly connected through another cloud network depiction to the router. ### Explanation of Diagram: - **IP Addresses**: These are the unique identifiers assigned to each device in the network for communication. - **MAC Addresses**: These are unique hardware identifiers assigned to network interfaces. - **Router (R)**: Acts as an intermediary, directing data between different IP networks. This setup illustrates a simple routed network where devices in different IP segments (A and B) communicate through a central routing device. The cloud graphics represent the abstracted network segments, showing an intermediate network between the end devices and the router.
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