There are 60 seconds per minute and 60 minutes per hour. So divide the total number of seconds by 360 to get the number of hours.
#include <stdlib.h> #include <stdio.h> int hoursToMinutes( int hours ){ return 60 * hours; } int main(int argc, char *argv){ if(argc != 2) return 1; printf("%i\n", hoursToMinutes(atoi(argv[1]))); return 0; }
With libbmp and libjpeg. STFW for details.
Divide it by 1000.
A B plus C plus D plus E plusorA B C D E plus plus plus plusor variations.
#include<iostream> int main() { double seconds=60.0; // seconds per minute seconds*=60; // minutes per hour seconds*=24; // hours per day seconds*=365.256363004; // days per year (mean solar days) std::cout<<"On average, there are "<<seconds<<" per year"<<std::endl; }
It is unnecessary to use a for loop to convert meters to centimeters. Just multiply by 0.01.
There are 60 seconds in every minute, 60 minutes in every hour, and 24 hours in every day. Thus a day has 60*60*24=86,400 seconds. Aside from the occasional leap second being added to account for the minuscule variation in the Earth's rotation, this value never changes. So you don't need a formula, you can simply store the value 86400 as a constant integer.
Although C++ evolved from C, this only makes it possible to convert from C to C++ with relatively minor modification. Converting from C++ to C is rarely so simple. Converting from Microsoft Visual C++ to Borland C++ Builder is hard enough, without the added complexity of replacing all the OOP-based code with C-compliant code. It would actually be simpler to convert the disassembled C++ to procedural C.
use the _itoa function
Use inline assembly instructions. Then compile your C++ program to produce the machine code.
60 minutes/1hour
time in hours second minute