Answer:
The answer is "Clustering"
Explanation:
Clustering is a technique, which includes the Microsoft Windows and the coordination with an individual multi-PC's, that is mostly connected to the local area network, as a single platform.
- It is cheaper than one device.
- It enables you to greater machine performance and increases usability and reliability, that's why the answer to this question is "Clustering".
Answer: (B) Lossless compression
Explanation:
According to the question, the given technique is the example of the lossless compression. The lossless compression is one of the technique that decompress the data into the original data form without any type of losses.
The lossless compression is the technique that usually compress the data, text and the databases. This technique also improve the compression rate helps in reconstruct the original data. It is used in various types of encoding methods, GNU tool and zip file.
Answer:
- the Keyboard:
The keyboard is a handheld device used to input alphabet, numbers, symbols and characters to a monitor. It also houses the special manipulative and function keys.
- the Control Unit:
The control unit is a component of the CPU which directs the operation of the processor.
- the Printer:
The printer is an external hardware output device which takes electronic data stored on a device and creates a hard copy.
True because they are educational anything .com and sometimes .net because .gov is from the government so it is very safe to use and .edu is for education it is always used to help people with education etc and .org is public which other people can say false and save you from false information
Answer:
Written in Python
import math
degreesF = float(input("Enter a temperature in degrees Fahrenheit: "))
degreesC = round(5 * (degreesF - 32)/9,1)
print(degreesC)
Explanation:
The following header allows you to use Math.Round() method in Python
import math
The following prompts the user for temperature in degrees Fahrenheit
degreesF = float(input("Enter a temperature in degrees Fahrenheit: "))
The following calculates the degree Celsius equivalent and also round it up
degreesC = round(5 * (degreesF - 32)/9,1)
The following prints the degree Celsius equivalent
print(degreesC)
