URI 1011 Solution in C || Beecrowd 1011 Sphere Solution
Beecrowd 1011 Sphere Solution in C: A Comprehensive Guide
At its core, programming is about solving issues. In this text, we’ll take a deep dive into the answer for the Beecrowd 1011 Sphere hassle in C. We’ll start with a quick evaluation of the problem, then walk through the solution step-with the aid of-step, and ultimately offer some guidelines for improving the efficiency of the code.
Overview of the URI/Beecrowd online decide solution1011 Sphere solution in C
The Beecrowd 1011/URI 1011 Sphere problem is a traditional problem in programming. It involves calculating the extent of a sphere with a given radius. Here’s the hassle assertion:
You must calculate and print the volume of a sphere given its radius R. The system to calculate the volume is (four/3) * pi * R^three. Consider (assign) for this trouble that π = three.14159.
URI 1011 Sphere solution in C
#include<stdio.h>
int main() {
double R,pi,v;
pi=3.14159;
scanf("%lf",&R);
v=(4.0piRRR)/3;
printf("VOLUME = %.3lf\n",v);//URI 1011
return 0;
}
URI 1011 Sphere solution in C
Tips for Improving the Efficiency of the Code
While the above solution works perfectly fine for the URI 1011 Sphere solution in C, there are a few ways we can optimize the code for efficiency. Here are some tips:
- Use the pow() function to calculate the cube of the radius instead of multiplying it by itself three times. This can improve the readability of the code and make it easier to modify in the future.
- Use a constant instead of initializing pi every time the program runs. This can improve the efficiency of the program by reducing the amount of memory and CPU time required.
- Use meaningful variable names to make the code easier to read and understand. For example, we could use “radius” instead of “R” to make the purpose of the variable more clear.
- Use comments to explain the purpose and functionality of the code. This can make it easier for others to understand and modify the code in the future.