Show Pl B Sketch 5 Layer Net0 E Consider Crc Algorithm Used Ethernet Suppose D Value 1010 Q26093480

a. Show the pl b. Sketch the 5-layer net0 e. Consider CRC algorithm used by Ethernet, !I suppose that D has the value 1010101010. What is the Vll th) d. Briefly describe how the traceroute tool works (i.e., what does it uo identify the routers that make up an Internet pa Q2: Network Addresses(20 pts) Subnet B 18 hosts Subnet C: 45 hosts Subnet A: 14 hosts R1 to public Internet via ISP onsider the network shown above, consisting of a single router, RI, with three subnets a. Suppose all of the interfaces in each of three subnets are required to have the , B and C, with 14, 18, and 45 hosts respectively on these subnets. prefix 202.113.16.0/25. Each of subnet should accommodate a minimum number of devices as shown in the figure. Provide three network addresses( of the form a.b.c.d/x) that satisfy the constraints. b. Assign a specific IP address and MAC address to the host shown in subnet A, an Internet address and MAC address to the host shown in subnet C, and a MAC address and IP address to each router interface. MAC addresses can be your own choice and IP addresses should in the subnet you assigned for Q2. Consider an IP packet sent from the host in Subnet A that is destined to the host in subnet C. This IP datagram is contained in an Ethernet frame sent from the host in subnet A to router R1. Then an Ethernet frame carries this IP datagram from the router to the host in subnet C. What are the source and destination MAC addresses in each of the two Ethernet frames? What is the source and destination IP address in the IP datagram contained in each of the two Ethernet frames?a. Show the pl b. Sketch the 5-layer net0 e. Consider CRC algorithm used by Ethernet, !I suppose that D has the value 1010101010. What is the Vll th) d. Briefly describe how the traceroute tool works (i.e., what does it uo identify the routers that make up an Internet pa Q2: Network Addresses(20 pts) Subnet B 18 hosts Subnet C: 45 hosts Subnet A: 14 hosts R1 to public Internet via ISP onsider the network shown above, consisting of a single router, RI, with three subnets a. Suppose all of the interfaces in each of three subnets are required to have the , B and C, with 14, 18, and 45 hosts respectively on these subnets. prefix 202.113.16.0/25. Each of subnet should accommodate a minimum number of devices as shown in the figure. Provide three network addresses( of the form a.b.c.d/x) that satisfy the constraints. b. Assign a specific IP address and MAC address to the host shown in subnet A, an Internet address and MAC address to the host shown in subnet C, and a MAC address and IP address to each router interface. MAC addresses can be your own choice and IP addresses should in the subnet you assigned for Q2. Consider an IP packet sent from the host in Subnet A that is destined to the host in subnet C. This IP datagram is contained in an Ethernet frame sent from the host in subnet A to router R1. Then an Ethernet frame carries this IP datagram from the router to the host in subnet C. What are the source and destination MAC addresses in each of the two Ethernet frames? What is the source and destination IP address in the IP datagram contained in each of the two Ethernet frames? Show transcribed image text a. Show the pl b. Sketch the 5-layer net0 e. Consider CRC algorithm used by Ethernet, !I suppose that D has the value 1010101010. What is the Vll th) d. Briefly describe how the traceroute tool works (i.e., what does it uo identify the routers that make up an Internet pa Q2: Network Addresses(20 pts) Subnet B 18 hosts Subnet C: 45 hosts Subnet A: 14 hosts R1 to public Internet via ISP onsider the network shown above, consisting of a single router, RI, with three subnets a. Suppose all of the interfaces in each of three subnets are required to have the , B and C, with 14, 18, and 45 hosts respectively on these subnets. prefix 202.113.16.0/25. Each of subnet should accommodate a minimum number of devices as shown in the figure. Provide three network addresses( of the form a.b.c.d/x) that satisfy the constraints. b. Assign a specific IP address and MAC address to the host shown in subnet A, an Internet address and MAC address to the host shown in subnet C, and a MAC address and IP address to each router interface. MAC addresses can be your own choice and IP addresses should in the subnet you assigned for Q2. Consider an IP packet sent from the host in Subnet A that is destined to the host in subnet C. This IP datagram is contained in an Ethernet frame sent from the host in subnet A to router R1. Then an Ethernet frame carries this IP datagram from the router to the host in subnet C. What are the source and destination MAC addresses in each of the two Ethernet frames? What is the source and destination IP address in the IP datagram contained in each of the two Ethernet frames?

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