Step 1: Start
Step 2: Read n
Step 3: Temp=n
Step 4: arm=0
Step 5: If n is not equal to 0,
rem=n%0
arm=arm+(rem*rem*rem)
Step 6: n=n/10, goto 5
Step 7: If n=0, then if temp=arm, print No. is armstrong
Step 8: if temp is not equal to arm print No. is not armstrong
Step 9: Stop
draw a flowchart to display the first tenth even number
flow chart
there is no basic symbol in flowchart
flow chart to find whther the given number is perfect or not
flow chart to swap two number
There are many software programs that will allow a person to make a flowchart to determine if the number is positive or negative. The person could use Open Office, Microsoft Word, Microsoft PowerPoint, or Microsoft Excel.
If the number is < 2 then it is not a prime. If the number is == 2 then it is a prime. If the number is divisible by 2 then it is not a prime and so on.
Since, depending on the size of the number, people use not just different divisors for the classical test, but they may also use different methods, I'm not entirely sure a flowchart for such a dynamic process is possible.
draw a flowchart to display the first tenth even number
The flowchart above starts with the number 2 and checks each number 3, 4, 5, and so forth. Each time it finds a prime it prints the number and increments a counter. When the counter hits 100, it stops the process. To determine whether a number is prime, it calls the function "IsThisNumberPrime" which is shown at the top of this page.
Flowchart symbols are important, but can be confusing. One might use BreezeTree as a way to determine the correct meanings and explanations of these symbols.
Armstrong numbers are those numbers which are equal to the sum of the digits of the number each raised to the power of the number of digits in the number itself. There are 14 Armstrong numbers in the range 1-5000, which are: 1, 2, 3, 4, 5, 6, 7, 8, 9, 153, 370, 371, 407, 1634.
To draw a flowchart to check if a number is a perfect square, you would start with a start/end symbol. Then, you would input the number to be checked. Next, you would use a decision symbol with a condition to check if the square root of the number is an integer. If it is, the flowchart would output that the number is a perfect square; if not, it would output that the number is not a perfect square. Finally, you would end the flowchart.
flow chart
armstrong number
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I'll write it as pseudocode; you can easily convert it to a flowchart. If your number is more than 0 (Your number is positive) else if your number is less than 0 (your number is negative) else (your number is equal to zero)