A 5GL fifth-generation languages a programming language design to solve given problem without programmer. The user only needs to solve the problem and condition without implementing an algorithm.
Explanation:
First Generation Language
The first generation language is called low- level style because they were used at a superficial level of abstraction. First-generation language referred to as the native language.
Second Generation Language
The second-generation language is also low-level language or assembly language. The second level of language uses the concept of mnemonics for the writing program. Symbolic name are used.
Third Generation Language
The third-generation language overcomes the first and second-generation languages. Third generation language is considered as high- level language because the target is to focus on the logic of the program.
Fourth Generation Language
The language of generation required a lot of time and effort that affect programmers.The fourth-generation was developed to reduce the time, cost, and effort.
Fifth Generation Language
The programming language of this generation focuses on constraints programming. The fifth-generation programming languages are Artificial Intelligence and Artificial Neural Network.
Answer:
They allow you to ask more questions and also your rank goes up or down.
Explanation:
Answer:
The answer is "Data"
Explanation:
A Data source is essentially the wellspring of the Data. It tends to be a document, a specific Database on a DBMS, or even a live Data feed. The Data may be situated on a similar PC as the program, or on another PC some place on an organization
At least, every SQL server database has two working operating system records: a Data filet and a log Data. Data files contain Data and items, for example, tables, files, put away methodology, and perspectives. Log records contain the data that is needed to recuperate all exchanges in the Database. Data files can be assembled in file groups for portion and organization purposes.
Answer:
def namesAndRoles(users):
for user in users:
return f"{user[name]}, {user[role]}"
Explanation:
The python program gets the list of dictionaries of the users in a company and returns the user names and their roles. The code is defined as a function and is executed when the function is called.
