PROGRAMMING:Computes the remainder of a floating-point division
###Task description
Calculate the remainder of the division of two double precision floating-point numbers a and B. A and B are both positive numbers. Here, the definition of remainder (R) is: a = k * B + R, where k is an integer and 0 < = R < B.
###Input format:
Enter only one line, including two double precision floating-point numbers a and B.
###Output format:
The output is only one line, a ÷ The remainder of B
###Input example:
```in
73.263 0.9973
```
###Output example:
```out
zero point four six zero one
```
###Tips
Note: there is no extra 0 at the end of the decimal when outputting. You can use the following format:
double x;
x = 1.33;
printf("%g", x);
###Title Source
Note: this topic is selected from openjudge website http://noi.openjudge.cn/ch0103/11/ .
answer：If there is no answer, please comment
Calculate the remainder of the division of two double precision floating-point numbers a and B. A and B are both positive numbers. Here, the definition of remainder (R) is: a = k * B + R, where k is an integer and 0 < = R < B.
###Input format:
Enter only one line, including two double precision floating-point numbers a and B.
###Output format:
The output is only one line, a ÷ The remainder of B
###Input example:
```in
73.263 0.9973
```
###Output example:
```out
zero point four six zero one
```
###Tips
Note: there is no extra 0 at the end of the decimal when outputting. You can use the following format:
double x;
x = 1.33;
printf("%g", x);
###Title Source
Note: this topic is selected from openjudge website http://noi.openjudge.cn/ch0103/11/ .
answer：If there is no answer, please comment