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Congratulations - you have completed Junior Network Engineering Training 1.
You scored %%SCORE%% out of %%TOTAL%%.
Your performance has been rated as %%RATING%%
Question 1 |
It provides IP Address allocation in a network | |
It provides network security | |
It translates network addresses to domain names | |
It provides file transfers between network devices |
Question 2 |
Small, LArge | |
Ring, Line | |
Small, LArge | |
Triangle, Square |
Question 3 |
The exit point's IP address from your network | |
The first IP address of your router | |
The entrance point's IP address from your network | |
The first IP address of your router |
Question 4 |
A domain that many network device can tranmit data at a time. | |
A domain that only one network device can tranmit data at a time. | |
A special network used in routers | |
A domain that is also called a network |
Question 5 |
ICMP | |
IP | |
TCP | |
ARP |
Question 6 |
Transport Layer Address of the device | |
Pyhsical address of a device that identifies it in the network | |
Serial Number of a Device | |
Logical address of a device that identifies it in the network |
Question 7 |
Via synronization | |
Via Four-way Handshake | |
Via Three-way Handshake | |
Via cable connection |
Question 8 |
To Use Private IP Addresses Inside Our Network | |
For Authentication | |
To Increase Network Bandwidth | |
To Reduce IP Address Need |
Question 9 |
Connection-Oriented | |
Reliable | |
Fast | |
Connectionless |
Question 10 |
Free, Normal, Heavy | |
Strict, Secured, Unsecured | |
Slow, Normal, Fast | |
Unicast, Multicast, Broadcast |
Question 11 |
RIP | |
BGP | |
EIGRP | |
OSPF |
Question 12 |
Physical address of a switch | |
Layer 2 address of a network device | |
Physical address of a router | |
Layer 3 address of a network device |
Question 13 |
7 | |
4 | |
3 | |
5 |
Question 14 |
115 | |
90 | |
110 | |
120 |
Question 15 |
64 | |
48 | |
128 | |
32 |
Question 16 |
3 | |
10 | |
7 | |
5 |
Question 17 |
2 | |
6 | |
3 | |
4 |
Question 18 |
An 32 bit number used to divide your IP address into network and host portions | |
An 24 bit number used to divide your router's ports | |
An 24 bit number used to divide your IP address into network and host portions | |
An 32 bit number used to divide your router's ports |
Question 19 |
To provide switch configuration | |
For layer 2 redundancy | |
To divide a switch into multiple sub networks | |
For layer 2 connectivity |
Question 20 |
up to the switch ports | |
only one | |
only two | |
up to the switch vlans |
