Write a program in pascal to find the area of a circle

Using a magnifying glass.

The following code will assist you in solving the specified problem; you can run it and verify against some sample input and output.

#include<stdio.h>

#include<string.h>

 int* uniqueValue(int input1,int input2[])

 {

   int left, current;

   static int arr[4] = {0};

   int i      = 0;

     for(i=0;i<input1;i++)

      {

         current = input2[i];

         left    = 0;

         if(current > 0)

         left    = arr[(current-1)];

      if(left == 0 && arr[current] == 0)

       {

       arr[current] = input1-current;

       }

       else

   {

       for(int j=(i+1);j<input1;j++)

       {

           if(arr[j] == 0)

           {

               left = arr[(j-1)];

               arr[j] = left - 1;

           }

       }

   }

}

return arr;

}

#include <iostream>

using namespace std;

void OutputMinutesAsHours(double origMinutes) {

double hours = origMinutes / 60.0;

cout << hours;

}

int main() {

OutputMinutesAsHours(210.0); // This function will also be called with 3600.0 and 0.0.

cout << endl;

return 0;

}

The lines highlighted in bold perform the conversion from minutes to hours by dividing the input minutes by 60, since there are 60 minutes in one hour. The parameter origMinutes is a double, so the division uses 60.0 to keep consistent data types. Running this code with 210.0 will output 3.5.

The complete query is as follows: Assume there exists a machine with the IP address 129.82.102.63 with a netmask of /23, and a parent network (NW) with a netmask of 255.255.224.0. For all answers, refrain from adding spaces, provide full IP addresses/netmasks as requested, and include the "/" in the slash notation.

Answer:

Here is the function called replace_all:

def replace_all(target_string,find_string,replace_string):

   result_string = replace_string.join(target_string.split(find_string))  

   return result_string

#To see how this function operates, you can invoke it using the following code:

target_string = "In case I don't see ya, good afternoon, good evening, and good night!"

find_string = "good"

replace_string = "bad"

print(replace_all(target_string, find_string, replace_string)

Explanation:

The aforementioned program contains a function named replace_all that accepts three parameters: target_string, which is the string to search within; find_string, which is the string you are searching for; and replace_string, which is the string utilized to replace all occurrences of find_string. The function executes the following statement:

replace_string.join(target_string.split(find_string))  

The split() method in this context divides target_string into a list according to find_string. Here, find_string is provided to the split() method as a parameter, acting as a separator. For example:

target_string = In case I don't see ya, good afternoon, good evening, and good night!

find_string = good

After executing target_string.split(find_string), we obtain:

["In case I don't see ya, ", ' afternoon, ', ' evening, and ', ' night']

The join() method then concatenates the elements of the list generated by target_string.split(find_string). Here, join takes that list as a parameter and connects its elements using 'bad'.

The resulting replace_string = badSubsequently, after using replace_string.join(target_string.split(find_string)), we generate:

In case I don't see ya, bad afternoon, bad evening, and bad night!

The code and output are attached as a screenshot.