Answer:
5 seconds
Explanation:
Given that :
Message size = 16kb
Packet size = 2kb
Speed = 4kbps
Number of links = 3
The time taken is calculated using the formula :
[Number of packets + (Number of links - 1)] * (packet size / speed)
Number of packets = message size / packet size
Number of packets = 16kb / 2 kb = 8
Hence,
[Number of packets + (Number of links - 1)] * (packet size / speed)
(8 + (3 - 1)) * (2 / 4)
(8 + 2) * (1 /2)
10 * 1/2
= 5 seconds
Answer:
The value of k is 4
Explanation:
Solution
Given that:
k = integer
Input size = 500
The algorithm takes a run of = 16 seconds
Input size = 750
The algorithm takes a run of = 81 seconds
Now,
We have to determine the value of k
The equation is shown below:
(500)^k /16 = (750) ^k /81
Thus
(750/500)^ k = 81/16
= (3/2)^k
=(3/2)^ 4
k is = 4
There are different aspect of computing. The portion of the PuTTY package that allows you to perform file transfers using the SCP (Secure Copy) protocol is pscp.exe.
The pscp.exe tool commonly called the PuTTY Secure Copy Client is known to be the only portion of the Putty package that can let you copy files to and from remote computers through the use of the SCP.
Secure Copy (SCP) is simply defined as a computer command that one can use in Linux to copy files from one computer to another on a network. PuTTY is simply known to be a free implementation of SSH (and telnet) used for computer that running Microsoft Windows.
Learn more about the PuTTY package from
brainly.com/question/13171394
The answer is B: BUS-APP_QUZ_CH02_V01
A file naming convention is a method for naming files in a systematic way. Naming files consistently and in a logical way will facilitate storage and retrieval of data. There are various standard naming conventions that should be followed. One is to always use capital letters to delimit words. Do no use spaces and try not to make the file names too long. Most operating systems will recognize underscores and dashes and not recognize special characters such as / ! @ # $ % so avoid them. Names should also not be separated and thus, only option B meets the above criteria.
Answer:
FULL neighbor state.
(FULL/DR or FULL/BDR)
Explanation:
The fact that the routers are neighbors is not enough to guarantee an exchange of link status updates; they must form adjacencies to exchange link status updates. Adjacency is the next step after the process of establishing neighbors. Adjacent routers are routers that go beyond a simple Greeting exchange and act in the database exchange process. To reduce the amount of information exchange in a given segment, OSPF selects a router as a designated router (DR) and a router as a designated backup router (BDR) in each multiple access segment. The BDR is chosen as the backup mechanism in case the DR fails. The idea behind this is that routers have a central point of contact for the exchange of information. In order to verify if two routers have established an adjacency, you can use the command: show ip ospf neighbor.
Here is an example:
R1#show ip ospf neighbor
Neighbor ID Pri State Dead Time Address Interface
203.250.12.1 1 2WAY/DROTHER 0:00:37 203.250.14.3 Ethernet0
203.250.15.1 1 FULL/DR 0:00:36 203.250.14.2 Ethernet0
203.250.13.41 1 FULL/BDR 0:00:34 203.250.14.1 Ethernet0
