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Nama : Abdul Karim NIM : 1412401054 MK : IT Network Governance Personal Assignment 2 Session 3 1. List the RFC 1918 private address ranges. 2. True or false: You can use DHCP to specify the TFTP host’s IP address to a client PC. 3. True or false: 255.255.255.248 and /28 are two representations of the same IP mask. 4. True or false: Upper-layer protocols are identified in the IP header’s protocol field. TCP is protocol 6, and UDP is protocol 17. 5. Fill in the blank: Without any options, the IP header is _________ bytes in length. 6. The IP header’s ToS field is redefined as the DS field. How many bits does DSCP use for packet classification, and how many levels of classification are possible? 7. True or false: NAT uses different IP addresses for translations. PAT uses different port numbers to identify translations. 8. True or false: The IP header’s header checksum field performs the checksum of the IP header and data. 9. Calculate the subnet, the address range within the subnet, and the subnet broadcast of the address 172.56.5.245/22.

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Nama

: Abdul Karim

NIM

: 1412401054

MK

: IT Network GovernancePersonal Assignment 2Session 31. List the RFC 1918 private address ranges.

2. True or false: You can use DHCP to specify the TFTP hosts IP address to a client PC.

3. True or false: 255.255.255.248 and /28 are two representations of the same IP mask.

4. True or false: Upper-layer protocols are identified in the IP headers protocol field. TCP is protocol 6, and UDP is protocol 17.

5. Fill in the blank: Without any options, the IP header is _________ bytes in length.

6. The IP headers ToS field is redefined as the DS field. How many bits does DSCP use for packet classification, and how many levels of classification are possible?

7. True or false: NAT uses different IP addresses for translations. PAT uses different port numbers to identify translations.

8. True or false: The IP headers header checksum field performs the checksum of the IP header and data.

9. Calculate the subnet, the address range within the subnet, and the subnet broadcast of the address 172.56.5.245/22.

10. When packets are fragmented at the network layer, where are the fragments reassem- bled?

11. Which protocol can you use to configure a default gateway setting on a host?

a. ARP

b. DHCP

c. DNS

d. RARP

12. How many host addresses are available with a Class B network with the default mask?

a. 63,998

b. 64,000

c. 65,534

d. 65,536

13. Which of the following is a dotted-decimal representation of a /26 prefix mask?

a. 255.255.255.128

b. 255.255.255.192

c. 255.255.255.224

d. 255.255.255.252

14. Which network and mask summarize both the 192.170.20.16/30 and 192.170.20.20/30 networks?

a. 192.170.20.0/24

b. 192.170.20.20/28

c. 192.170.20.16/29

d. 192.170.20.0/30

15. Which AF class is backward compatible with IP precedence bits flash traffic?

a. AF2

b. AF3

c. AF4

d. EF

16. Which of the following is true about fragmentation?

a. Routers between source and destination hosts can fragment IPv4 packets.

b. Only the first router in the network can fragment IPv4 packets.

c. IPv4 packets cannot be fragmented.

d. IPv4 packets are fragmented and reassembled at each link through the network.

17. A packet sent to a multicast address reaches what destinations?

a. The nearest destination in a set of hosts.

b. All destinations in a set of hosts.

c. Broadcasts to all hosts.

d. Reserved global destinations.

18. What are three types of IPv4 addresses?

a. Anycast

b. Multicast

c. Dynamic

d. Broadcast

e. Unicast

f. Global

g. Static

19. Which devices should be assigned an IP address dynamically? (Select three.)

a. Cisco IP phones

b. LAN switches

c. Workstations

d. Mobile devices

e. Routers

20. Which name resolution method reduces administrative overhead?

a. Static name resolution

b. Dynamic name resolution

c. DHCP name resolution

d. Host.txt name resolution

21. How many hosts can be addressed with the following IPv4 subnet: 172.30.192.240/28?

a. 6

b. 14

c. 126

d. 1024

22. What is the smallest subnet and mask that can be used in a DMZ network that needs to have only three hosts?

a. 192.168.10.32/30

b. 192.168.10.32/29

c. 192.168.10.32/28

d. 192.168.10.32/27

Jawaban1. Ruangan alamat pribadi yang ditentukan di dalamRFC 1918didefinisikan di dalam tiga blok alamat berikut: 10.0.0.0/8 172.16.0.0/12

192.168.0.0/16

2. Benar3. Salah4. Salah

5. 65515 bytes (65535 [216] -20 [ukuran header protokol IP]

6. 6 bit dari 8 bit digunakan sebagai DS kode titik (DSCP) untuk menentukan persyaratan QoS, sedangkan sisanya 2 bit saat ini tidak digunakan

7. Benar

8. Benar

Subnet172.16.0.0172.16.64.0172.16.128.0172.16.192.0

Host Pertama172.16.0.1172.16.64.1172.16.128.1172.16.192.1

Host Terakhir172.16.63.254172.16.127.254172.16.191.254172.16.255.254

Broadcast172.16.63.255172.16.127.255172.16.191.255172.16..255.255

9. fragmentasi,memecahnya menjadi potongan-potongan kecil, sehingga paket dapat dibentuk yang dapat melewati link dengan lebih kecilsatuan maksimum transmisi(MTU) dari ukuran datagram asli10. DHCP

11. 6553412. 255.255.255.224

13. 192.170.20.0/30

14. EF15. Routers between source and destination hosts can fragment IPv4 packets

16. All destinations in a set of hosts

a. Multicast

b. Broadcast

c. Unicast17. A . LAN switch

B . router18. Static name resolution

19. 1024

20. 192.168.10.32/30