Question

In: Accounting

The packet above (in part a) now traverses from R1 to R_ISP. What are the source...

The packet above (in part a) now traverses from R1 to R_ISP. What are the source and destination IP addresses, and source and destination MAC addresses now?

Solutions

Expert Solution

What are the source and destination IP addresses

Source IP is the IP (Internet Protocol) address of the device sending the IP packet (the IP unit of data transfer).

Destination IP is the IP address of the device to which the packet is being sent.

In two-way communication, packets flowing from Host A to Host B and back again will have:

Host A -> Host B : Source IP address = Host A’s IP address; Destination IP address = Host B’s IP address

Host B -> Host A: Source IP address = Host B’s IP address; Destination IP Address = Host A’s IP address.

Imagine it like letters being sent back and forth. Or an exchange of emails

Source and destination MAC addresses

In most cases, you can follow this procedure to locate your MAC address: Select Settings > About Device > Status. A WiFi Address or WiFi MAC Address displays.


Related Solutions

1. Distinguish between the process of routing a packet from the source to the destination and...
1. Distinguish between the process of routing a packet from the source to the destination and the process of forwarding a packet at each router. 2. List four types of delays in a packet-switch network.
Please discuss how a packet is routed from source node to its destination with the following...
Please discuss how a packet is routed from source node to its destination with the following algorithms: 1. Shortest path algorithm 2. Distance vector routing
An Internet packet travels from its source to router 1, from router 1 to router 2,...
An Internet packet travels from its source to router 1, from router 1 to router 2, and from router2 to its destination. Once the packet arrives to a router, the router can drop the packet. Packets only get dropped during transmission at a router. If routers drop packets independently with probability 0.5%, what is the probability that a packet is successfully transmitted from its source to its destination?
Following shows the destination and source address of the receiving frame. Indicate if each packet contains...
Following shows the destination and source address of the receiving frame. Indicate if each packet contains route information or not. (Show all steps and describe the process)                 Destination address             Source address a720.e100.12b0                   1d2a.fe08.112a
For the TCP header of a data packet shown below, find the following parameters. (1) Source...
For the TCP header of a data packet shown below, find the following parameters. (1) Source port number (2) Destination port number (3) Sequence number (4) Acknowledgement number (5) Header length (6) Window size (7) a. Which flag is on? b. What is the type/purpose of this communication? 0 0 0 0   0 0 0 1   0 0 1 0   0 1 0 0   0 0 0 0   0 0 0 1   0 0 0 1   0 1 0 1...
Part 1) what is the source of solute movement through the capillary? Part 2) what drawbacks...
Part 1) what is the source of solute movement through the capillary? Part 2) what drawbacks does this technique have? Part 3) what are the advantages of this technique?
Explain each part of an Ethernet Packet in detail (about two sentences)
Explain each part of an Ethernet Packet in detail (about two sentences)
A 10-volt voltage source is connected in a series arrangement with two resistors (R1 = 7...
A 10-volt voltage source is connected in a series arrangement with two resistors (R1 = 7 ohms, R2 = 3 ohms). The current flowing in each resistor is: a) 1.8 amperes   b) 45 amperes   c) 0.05 amperes   d) 1 ampere    e) 3.5 amperes What is the voltage across R2 in the above circuit? a) 2 volts   b) 10 volts   c) 3 volts   d)   0.25 volts   e)   5 volts        3. If R1 and R2 are now connected in parallel, what...
What is the purpose of a patient intake packet with hospitals
What is the purpose of a patient intake packet with hospitals
What is packet switching? What are the advantages and disadvantages of it? What are TCP/IP and...
What is packet switching? What are the advantages and disadvantages of it? What are TCP/IP and OSI suites? What are the major differences between the two? What organizations have a say in the future and trends of protocols and standards? Select two companies, websites, or services that have business interests in how communication standards are developed and the direction they take. Describe an example of a standard that might be beneficial for one company and one that might be detrimental...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT