Answer:
fraction = input("enter fraction x/y: ")
if len(fraction) == 3:
if fraction[1] == "/":
try:
num = int(fraction[0])
den = int(fraction[2])
if num < den:
print(f"{num}/{den} is a proper fraction")
else:
if num% den == 0
print(f"{num}/{den} is an improper fraction and can be reduced to {num/den}")
else:
print(f"{num}/{den} is an improper fraction and can be reduced to {num//den} + {num - (den * (num//den))}/{den}")
except ValueError:
print("numerator and denominator must be integer numbers")
Explanation:
The try and except statement of the python program is used to catch value error of the input fraction of values that are not number digits. The program converts the numerator and denominator string values to integers and checks for the larger value of both.
The program prints the fraction as a proper fraction if the numerator is lesser and improper if not.
<span>To use an online resource, it should be relevant to the topic. It should be credible, coming from an expert on the topic. Finally, it should be valid, coming from a source that is based in truth or fact.</span>
Consider the following code segment, where num is an integer variable.int[][] arr = {{11, 13, 14 ,15},{12, 18, 17, 26},{13, 21,
Setler79 [48]
Answer:
c. 16 17
Explanation:
Given
The above code segment
Required
The output
In the code segment, we have the following iterations:
for (int j = 0; j < arr.length; j++) and for (int k = 0; k < arr[0].length; k++)
The above iterates through all the elements of the array.
The if condition is true, only on two occasions
(i) When i = 0; j = 2
(ii) When i = 3; j = 0
i.e.
arr[0][2] = 14
arr[3[0] = 14
So, the result of the print statement is: j + k + arr[j][k]
(i) When i = 0; j = 2
j + k + arr[j][k] = 0 + 2 + 14 = 16
(ii) When i = 3; j = 0
j + k + arr[j][k] = 3 + 0 + 14 = 17
<em>Hence, (c) 16 17 is true</em>
Answer:
tamera like from sister sister hehe
Explanation:
sorry i dont know the awnser
Answer:
Following are the program in c++ language
#include <iostream> // header file
using namespace std;// namespace
int main() // main function
{
int num; // variable declaration
long int f=1; // variable declaration
do
{
cout<<"Enter the Positive value:";
cin>>num;
} while(num<0); // i check whether number is non negative or not
while(num>0) // iterating over the loop
{
f=f*num; // calculate the factorial
num--; // decrement the value of num by 1
}
cout<<" factorial is :"<<f; // display the factorial .
return 0;
}
Output:
Enter the Positive value:7
factorial is :5040
Explanation:
Following are the description of the program .
- Read the input by user in the "num" variable of "int" type..
- The do-while will check the enter number is nonnegative number.
- While(n>0) loop is calculating the factorial in the "f" variable .
- Finally display the factorial .
