As a decimal fraction, yes.
In C float a[8]; In Java float a[] = new float[8];
#include<io.sys> // Temperature conversion functions: float celcius_to_fahrenheit (double c) { return c * 9.0 / 5.0 + 32.0; } float celcius_to_kelvin (double c) { return c + 273.150; } float fahrenheit_to_celsius (double f) { return (f - 32.0) * 5.0 / 9.0; } float fahrenheit_to_kelvin (double f) { return celsius_to_kelvin (fahrenheit_to_celsius (f)); float kelvin_to_celsius (double k) { return k - 273.150; } float kelvin_to_fahrenheit (double k) { return celsius_to_fahrenheit ( kelvin_to_celsius (k)); int main (void) { double c, f; scanf ("Enter a temperature in Celsius: %f", c); printf ("%f Celsius is equal to %f Fahrenheit\n", c, celcius_to_fahrenheit (c)); return 0; }
There are mainly 3 types of variables in c. Integer, Float and character :)
What's your problem with that? It's a (quasi-)standard value for a 'float'.
casting a value is when the data type is changed from one type to another.int a = 100;float b:b = (float)a;------The (float)a casts an int to a float. In C this is automatic but in C++ it is not. For the sake of readability and debugging it is a good idea to put the cast in the code, this is relay helpful 6 months later when you review your work.
float percent = ((float)CurrentItems / (float)MaxItems);
In C float a[8]; In Java float a[] = new float[8];
10.444444 is a fraction. It is a fraction in decimal form rather than in the form of a ratio. However, that does not stop it being a fraction. Its rational equivalent is 10444444/1000000 which can be simplified, if required.
A fraction of 360 degrees
Rational, since it can be displayed as a fraction. In this case, -5,501/100.
If you have a mixed fraction a b/c, the improper fraction is (a*c + b)/c. I'll let you figure out this particular problem on your own. :)
2.14= 2 14/100 = 2 7/50
The mixed number ab/c is equivalent to the improper fraction (a*c+b)/c
#include<io.sys> // Temperature conversion functions: float celcius_to_fahrenheit (double c) { return c * 9.0 / 5.0 + 32.0; } float celcius_to_kelvin (double c) { return c + 273.150; } float fahrenheit_to_celsius (double f) { return (f - 32.0) * 5.0 / 9.0; } float fahrenheit_to_kelvin (double f) { return celsius_to_kelvin (fahrenheit_to_celsius (f)); float kelvin_to_celsius (double k) { return k - 273.150; } float kelvin_to_fahrenheit (double k) { return celsius_to_fahrenheit ( kelvin_to_celsius (k)); int main (void) { double c, f; scanf ("Enter a temperature in Celsius: %f", c); printf ("%f Celsius is equal to %f Fahrenheit\n", c, celcius_to_fahrenheit (c)); return 0; }
It is C/1.
Float
The mixed fraction a b/c = (ac + b)/c