Here is the program to mathematically reverse the entered integer. The program uses simple library functions, and an easy flow. Logic : The main idea here is to trace the entered number till its length, and slicing up in each of the iterations. The program asks the user to enter the number to reverse. Sets [...]
Here is the program to calculate the Armstrong numbers, which will fall within the limit, starting from zero. The program expects the user to enter the upper limit. Definition : Armstrong numbers are the integer numbers , where -the sum of third power of each digits – equals to the given number itself. Logic : [...]
The program is to find all the prime numbers falls inside the user defined range. A prime number is a one, whose divisors are 1 and the number itself. Logic: This is advanced version of the previous program. Here, user need to enter two numbers as the lower and upper limits for the iteration loop [...]
The program is to find all the prime numbers in the range, which starts from zero and ends at user defined limit. A prime number is a one, whose divisors are 1 and the number itself. Logic: This is a slightly modified version of the previous program. Here, user need to enter the number as [...]
The program is to find all the perfect numbers inside the user defined range. A perfect number is one, whose sum of devisors is equals the number itself. Logic: This is advanced version of the previous program. Here, user need to enter two numbers as the lower and upper limits for the iteration loop to [...]
The program is to find all the perfect numbers in the range, which starts from zero and ends at user defined limit. A perfect number is a one, whose sum of devisors is equals the number itself. Logic: This is a slightly modified version of the previous program. Here, user need to enter the number [...]
Program describes an easy way to find the Fibonacci numbers below a given number. Logic: Fibonacci numbers are the the numbers fall on the Fibonacci series, which grows up accord to Fibonacci rule. The rule is that, the present number in the series is the sum of past number and the number before last. The [...]
Here is the slightly modified version of the previous program, which is flexible to find the Fibonacci numbers between the given range. Logic: Fibonacci numbers are the the members of the Fibonacci series, which grows up accord to Fibonacci rule. The rule states, the present number in the series is the sum of past number [...]
Program describes an easy way to find the Fibonacci numbers below a given number. Logic: Fibonacci numbers are the the numbers fall on the Fibonacci series, which grows up accord to Fibonacci rule. The rule is that, the present number in the series is the sum of past number and the number before last. The [...]
Here is a program to find whether the entered number is a perfect or not. A perfect number is a one, whose sum of devisors is equals the number itself. Logic: Here in the program, user need to enter the number to check if it is perfect. The for loop in the program traces the [...]
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