Dear visitors, my friend successfuly passed oDesk TCP/IP Test and was scored 3.25 of 5 (Passing Score vas 2.50).
Here is Results by Topic:
| Topic | Correct Answers(%) | |
|---|---|---|
| 1. | IP Addressing | 100% |
| 2. | DHCP | 100% |
| 3. | Fundamentals | 50% |
| 4. | Host Name Resolution | 50% |
| 5. | Installing and Configuring | 75% |
| 6. | Internetworking and Connectivity | 67% |
| 7. | IP Address Resolution | 67% |
| 8. | IP Routing | 50% |
| 9. | Subnet Addressing | 43% |
| 10. | Subnetting | 50% |
So he wants to know which answer is wrong, if anyone knows which answer is incorrect please write as comment.
a. When the host address should not be partitioned for the purpose of subnetting
b. When a single subnet needs more host IDs than provided by the class of address
c. When a host ID has to be divided into two parts
d. When network performance needs to be improved
e. When a subnet needs to be isolated
a. xxx.xxx.xxx.0
b. xxx.xxx.255.1
c. xxx.xxx.xxx.126
d. xxx.xxx.xxx.254
e. xxx.xxx.xxx.255
f. None of the above
a. It is a connectionless service
b. It is less reliable as compared to TCP
c. It uses handshaking
d. It is slow as compared to TCP
a. 10.0.0.1
b. 127.0.0.1
c. 172.16.0.1
d. 192.168.0.1
a. FTP
b. SNMP
c. ARP
d. SMTP
a. Deny the request
b. Redefine the DHCP scope
c. Increase the range of IP addresses
d. Create a client reservation for future reference
e. Create an exclusion range containing the IP address
a. 255.255.255.0
b. 255.255.255.240
c. 255.255.255.224
d. 255.255.255.192
a. IP and UDP
b. TCP and IP
c. SNMP and UDP
d. ICMP and UDP
e. FTP and TCP
a. 10100000
b. 10111111
c. 11111000
d. 00111011
a. By requesting the physical address of the destination host
b. By requesting the physical address of the router
c. By accessing the routing table
d. If the entry is already in the source host’s ARP cache
e. The host cannot resolve the IP address without sending a broadcast
a. 255
b. 62
c. 6
d. 2046
e. 0
a. TFTP
b. POP3
c. SMTP
d. HTTP
a. Class A
b. Class B
c. Class C
d. Class D
e. Class E
a. 30 seconds
b. 60 seconds
c. 2 minutes
d. 90 seconds
e. 1 minute
f. Depends on OS
a. ipconfig
b. init
c. trace
d. ping
a. Class A
b. Class B
c. Class C
d. Class D
a. IP
b. UDP
c. ICMP
d. IGMP
e. ARP
a. 11000111
b. 10111001
c. 11100011
d. 10011101
a. 0
b. 255
c. 64
d. 6
e. 252
a. 10.0.0.0 — 10.255.255.255
b. 192.168.0.0 — 192.255.255.255
c. 172.16.0.0 — 172.31.255.255
d. 172.16.0.0 — 172.255.255.255
a. By sending an ARP broadcast requesting the physical address of the destination host
b. By sending an ARP broadcast requesting the physical address of the router
c. By sending an ARP broadcast for the IP address it is attempting to use
d. By sending an ARP request to the default gateway
e. By sending an ARP request to the DHCP server on the remote subnet
a. Zone
b. Internet domain name
c. The root domain
d. Reverse-lookup zone domain
e. Resolver
a. To maintain the database of TCP/IP configurations
b. To forward DHCP requests to a DHCP server from DHCP clients in a subnet that does not contain a DHCP server
c. To provide IP configuration settings that should be applied to all DHCP clients in all subnets
d. To create a client reservation for a DHCP client
e. To relay messages from one DHCP client to another DHCP client
a. TCP
b. IP
c. ARP
d. UDP
e. ICMP
a. Class A
b. Class B
c. Class C
d. Class D
e. Class E
a. 21
b. 23
c. 80
d. 112
a. 256
b. 512
c. 64
d. 1024
a. Multihoming
b. Multicasting
c. Multitasking
d. Subnetting
e. Supernetting
a. IP addresses and NetBIOS names
b. Physical addresses of each host
c. IP addresses of each host
d. IP address-to-NetBIOS name mappings
e. An entry for each host’s IP address followed by the host name
a. The host ID portion of a class address is extended to use a portion of the network ID
b. The host ID portion is reduced
c. The total number of bits used for IP addressing is increased
d. The subnet mask need not be specified for supernetting
e. The number of hosts on the network is decreased
a. 8
b. 16
c. 24
d. 32
e. 40
a. 10.120.96.0
b. 10.120.100.0
c. 10.120.64.0
d. 10.0.0.0
a. 127.0.0.1
b. 224.10.1.7
c. 192.168.0.255
d. 10.0.0.0
a. It will arrange them in a sequence using sequence numbers
b. It will request source host to resend datagrams
c. It will drop datagrams that are not in sequence
d. None of the above
a. By typing Resolve IP address ip-address
b. By typing ARP-s ip-address
c. With an ARP request and an ARP reply
d. With a RARP request and a RARP reply
e. By sending a broadcast
a. 10011111
b. 10111000
c. 11110001
d. 10001111
a. 610
b. 612
c. 1024
d. 266
a. FTP
b. UDP
c. HTTP
d. IP
e. ICMP
total wrong
7-c,8-a,13-a,20-a&c,30-e,36-c