Answer:
Some containerization technologies are listed as follows: Docker, Docker Enterprise, Amazon Elastic Container Service, Container Linux, Amazon's AWS, Microsoft's Azure Container, etc.
Explanation:
Containerization technology is a computer technology that packages software codes and their dependencies in isolated user spaces called containers so that the software can run uniformly and consistently on any infrastructure, using a shared operating system. It is the modern alternative and companion to virtualization. In simple terms, containerization is the process which packages an application with the required libraries, frameworks, and configuration files so that it can efficiently run in various computing environments.
The domain of this, assuming it's a function, is all real numbers such that x does not equal zero or negative ten.
In interval notation, this is (-∞, -10) U (-10, 0) U (0, <span>∞).
In set builder notation, this is {x | x </span>≠ -10, x <span>≠ 0}.
These inputs are excluded from the domain because they would otherwise allow division by zero. Try plugging in one of the restricted inputs. You'll see that it does not work! On a graph of this </span>function, you will see vertical asymptotes.
A tasks are suitable for creating an algorithm are:
- giving directions to a location.
- solving a math problem.
- tracking money in a bank account.
- tracking the number of items in inventory.
<h3>What is algorithm?</h3>
An algorithm is known to be a form of a procedure that is often employed in the act of solving a problem or carrying out a computation.
Note that in the case above, A tasks are suitable for creating an algorithm are:
- giving directions to a location.
- solving a math problem.
- tracking money in a bank account.
- tracking the number of items in inventory.
See options below
giving directions to a location
saving time writing a computer program
solving a math problem
tracking money in a bank account
tracking the number of items in inventory
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Answer:
Mouse
Explanation:
Input devices allow users to input something in the computer. For example keyboard allows users to type on the computer, or mouse allows users to click.
On the other hand output devices allow computers to output data. For example speakers allow us to hear the outputs of a computer.
Answer:
The statement is as follows:
cout <<fixed<< setprecision(3) <<sales;
Explanation:
Here, I assume that the variable has already been declared.
The syntax to use is:
cout<<fixed<<setprecision(n)<<variable-name;
In this case:
--- i.e. to 3 decimal places
And the variable name is: sales
So, when implemented, the instruction is:
cout <<fixed<< setprecision(3) <<sales;
