Answer:
Answered below
Explanation:
Imperative programming paradigm is a paradigm in which the programmer tells the machine how to change its state. It is divided into procedural programming, where programs are grouped as procedures, and object-oriented, where programs are grouped together with the properties they operate on.
Imperative paradigm is efficient, familiar and popular compared to others.
Functional programming paradigm implements all instructions as functions, in a mathematical sense. They take on an argument and return a single solution. The advantage of this, compared to other paradigms, is its abstraction and independence.
Logical programming, like functional programming, incorporates a declarative approach to problem solving. All known facts are first established before queries are made. Advantage of this paradigm is that programming steps are kept to a minimum.
Matt Pyke and Karsten Schmidt wrote a programming code that created the video which they used for the advertisement for Audi. Thus, Option D is the correct statement.
<h3>What is a
programming code?</h3>
Programming code refers back to the set of instructions, or a system of rules, written in a specific programming language (i.e., the source code).
It is likewise the term used for the source code after it's been processed with the aid of using a compiler and made ready to run on the computer (i.e., the object code).
Therefore, Matt Pyke and Karsten Schmidt wrote a programming code that created the video which they used for the advertisement for Audi. Option D is the correct statement.
Learn more about programming code:
brainly.com/question/25770844
#SPJ1
Answer:
The quality of service basically provide the sufficient quality in the IP network and it is also known as traffic shaping. As, it assign the priority to every device and the services in the network. It basically recognize the several types of the traffic moving in the network.
The implementation of quality of service is basically done in many network applications by reserve the bandwidth and specific path in the network system.
The various network device control the packet flow so that the network resources can easily accept packets in the network.
Void test(char *s)
{
int i, d;
sscanf(s, "%i", &i);
printf("%s converts to %i using %%i\n", s, i);
sscanf(s, "%d", &d);
printf("%s converts to %d using %%d\n", s, d);
}
int main()
{
test("123");
test("0x123");
return 0;
}
outputs:
123 converts to 123 using %i
123 converts to 123 using %d
0x123 converts to 291 using %i
0x123 converts to 0 using %d
As you can see, %i is capable of parsing hexadecimal, whereas %d is not. For printf they're the same.
