Answer:
Explanation:
do you know how to do some of it or do you need the whole answer?
Answer:
The answer to this question is given below in this explanation section.
Explanation:
"Why the computer is called diligent
Versatile machine"
Computer is called versatile machine because it is used in almost all the fields for various purposes.Because it can perform the task repeatedly without loosing its speed and accuracy for a long time.They are versatile because they can be used for all sorts of task.They can also do many of the same tasks in different ways.Computer is the electronic device which perform the logical and mathematical calculation.Computer is known as the versatile machine because it is very fast in every field and its part of life without it was cannot imagine life.
It can do the work faster and in every field the computer is used for making their work faster.
It can perform the work fast so it is called versatile machine.
Advantages of versatile machine:
- Computer are very fast due to which thousand of job can be performed within the short period of time.
- Complex mathematical problems and logical operations can be solved by using this computer.
- As computer is versatile device,multiple task like communication,graphics,documentation can be done.
Disadvantages of versatile machine:
- Computers are machine hence they have no brain so they work according to the program instruction set inside it.
- It is an electronic deice and it uses electronic sources to work,So it is very risk to store data and information on the computer independently because some electric and electronic damages may damage the data.So we have to make regular backup of the data.
Answer:
No, think about mass surveillance in China (and in USA!), and the "social credit" system.
Explanation:
This term is used in programming languages/concepts, database management, systems design, etc. It's defined as a singular, identifiable and separate object, a thing of interest to an organization, system or individual about which data is to be held. Each of these entities have attributes (properties or characteristics) and can be considered as separate wholes.
Some examples of entities are:
- In a system: discrete or separate components
- In general, users, components and organizations.
I hope you find this information useful and interesting! Good luck!
