Answer:

•Hardware
•Software
•Data
•Procedures
•Input Unit
•Output Unit
•CPU(Central Processing Unit)
•Connectivity
•Primary Memory
•Motherboard
•GPU(Graphics Processing Unit)
•Solid State Drive (SSD) or Hard Disk Drive (HDD)
•RAM
Explanation:

The purpose of the transmission control protocol is to ensure the integrity of the communication.
The TCP/IP network architecture also refers to the Internet architecture. The Transmission Control Protocol (TCP) is a transport layer protocol, and the Internet Protocol (IP) is a network layer protocol.
<h3>What is Transmission control protocol ?</h3>
Transmission Control Protocol, or TCP, is a communications standard that enables computer hardware and software to exchange messages over a network. It is intended to send packets over the internet and make sure that data and messages are successfully delivered through networks.
- TCP's (Transmission Control Protocol) purpose is to regulate data transport so that it is dependable. Connection management, dependability, flow control, and congestion control are the four fundamental TCP functions. Connection initialization (a three-way handshake) and termination are included in connection management.
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Answer:
Explanation:
A computer system can interact with its environment using hardware that does so such as cameras, robotic arms, thermometers, smart devices etc. These hardware devices gather information from the environment and transfer it to the computer system in a format known as bits through binary electrical impulses. If the system is designed to be autonomous then the only human interaction needed would be the initial setup of the system and its hardware, once this is done the system does not need any more human interaction as long as nothing breaks.
Answer: The message must be sent 9.313 approximately 9 times to get the entire data through.
Explanations: To find how many times the message must be sent on average to avoid error control in data link later.
E = 1/P
E = The average number of attempt before successful transmission.
P= Total probability of transmission without error.
STEP1 : FIND TOTAL PROBABILITY;
Since it each frame has a probability of 80% to be successful.
For each frame p = 80/100 = 0.8
For the 10 frame; total probability
P= (0.8)^10 = 0.1074
STEP2: FIND THE AVERAGE NUMBER OF OF TRIAL BEFORE A SUCCESSFUL TRANSMISSION WITHOUT ERROR;
Using equation above
E = 1/P
E= 1 ÷ 0.1074 = 9.313
Therefore they must be an average of 9.313 approximately 9 trials before a successful transmission without error.
Explanation:
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