Client Server Model MCQ Quiz in मल्याळम - Objective Question with Answer for Client Server Model - സൗജന്യ PDF ഡൗൺലോഡ് ചെയ്യുക

The correct answer is a microcomputer.

Key Points

• Microcomputer is a small size computer using a single-chip microprocessor where the central processing unit is stored. 
• Microcomputer consists of keyboard, monitor, mouse, printers and other peripherals. These types of computers receive the input from the user, process it and send it to the output unit.
• In a client-server architecture, microcomputers work as client computers which generate the request to the server and receive the services from the centralized server. The user of the client computers can generate requests to the server through an interface provided by the client computers.

Thus the correct answer is a microcomputer.

Additional Information

• Mainframe computers are the computers used by organizations to process a huge amount of databases. Usually, mainframe computers are used for making transactions between the servers, processing commercial data for business analysis and so on. An example of a mainframe computer is the Z-series mainframe IBM computer.
• Mini computers are recognized as small computers used for scientific, engineering, process and managing the database and so on. It is powerful and more expensive than the microcomputer.
• PDA is the abbreviation of Personal Digital Assistants. It is so small in size that can fit the palm of the user's hand. Palm Tungsten is an example of PDA.

The correct answer is True.

• The term web server can refer to hardware or software, or both of them working together.
  1. On the hardware side, a web server is a computer that stores web server software and a website's component files. (for example, HTML documents, images, CSS stylesheets, and JavaScript files) A web server connects to the Internet and supports physical data interchange with other devices connected to the web.
  2. On the software side, a web server includes several parts that control how web users access hosted files. At a minimum, this is an HTTP server. An HTTP server is a software that understands URLs (web addresses) and HTTP (the protocol your browser uses to view webpages). An HTTP server can be accessed through the domain names of the websites it stores, and it delivers the content of these hosted websites to the end user's device.
• At the most basic level, whenever a browser needs a file that is hosted on a web server, the browser requests the file via HTTP. When the request reaches the correct (hardware) web server, the (software) HTTP server accepts the request, finds the requested document, and sends it back to the browser, also through HTTP. (If the server doesn't find the requested document, it returns a 404 response instead.)
• 

• To publish a website, you need either a static or a dynamic web server.

  1. A static web server, or stack, consists of a computer (hardware) with an HTTP server (software). We call it "static" because the server sends its hosted files as-is to your browser.

  2. A dynamic web server consists of a static web server plus extra software, most commonly an application server and a database. We call it "dynamic" because the application server updates the hosted files before sending content to your browser via the HTTP server.

Concept and Explanation:

• In Client – Server model, client initiate communication sessions with the server which await an incoming request
• This means Client machine request to server to access the data.

Option 2 is the correct answer.

Concept –

The client initiates the handshake by sending a "hello" message to the server. The message will include which TLS version the client supports, the cipher suites supported, and a string of random bytes known as the "client random."

Explanation –

During the course of a TLS handshake, the client and server together will do the following:

1. Specify which version of TLS (TLS 1.0, 1.2, 1.3, etc.) they will use
2. Decide on which cipher suites (see below) they will use
3. Authenticate the identity of the server via the server’s public key and the SSL certificate authority’s digital signature
4. Generate session keys in order to use symmetric encryption after the handshake is complete