You need a stand alone player to play an mp3 audio file on a desktop or laptop computer.
<h3>What is a stand alone player?</h3>
The standalone player is known to be a device that gives room for a person or is one that allows a Blender game to be able to run without one trying to load the Blender system.
Note that in the above, You need a stand alone player to play an mp3 audio file on a desktop or laptop computer.
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Answer:
#include <iostream>
#include <math.h>
using namespace std;
int to_the_power_of(int first, int second){
int result = pow(first, second);
return result;
}
int main()
{
int side;
cout<<"Enter the side of cube: ";
cin>>side;
int volume = to_the_power_of(side, 3);
cout<<"The volume is "<<volume<<endl;
return 0;
}
Explanation:
include the library iostream and math.h for using the input/output instruction and pow() function.
create the main function and declare the variable.
then, print the message for asking to enter the value from user.
the enter value is then store in the variable using cin instruction.
then, call the function with two parameters. program control move to the define function and calculate the first parameter raised to the power of the second parameter.
then return the result to the main function and finally print the result.
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Answer:
an algorithm
Explanation:
<em>"</em><em>a series of instructions that are followed, step by step, to do something useful or solve a problem.</em><em>"</em>
Answer:
Quick sort and Merge sort supports parallelism
Explanation:
When we talk about parallelism, we are referring to the idea of breaking down a problem into a number of many subproblems after which we combine the solutions of these subproblems into a single solution. Here we allocate these subtasks to the multicore processors where each core gets assigned each of the subtasks are assigned to a core according to its ability or functionality. After each of the core are through with its evaluation, all their results are collated and combined to come up with a full rounded and complete solution to the given problem.
If we take a look at sorting algorithms such as selection sort, bubble sort and insertion sort, we will find out that these algorithms cant be simulated on a multicore processor efficiently because they are sequential algorithms.
On the other hand, we have sorting algorithms that can easily be simulated in a multicore processor since they can divide the given problem into subproblems to solve after which the solutions can be combined together to arrive at or come up with a complete solution to the problem. This algorithms includes Quick sort and Merge sort, they make use of Divide and Conquer paradigm.
