Step 1) i = 0
Step 2) a[i] = 2 * i + 1
Step 3) i = i + 1
Step 4) If you aren't done yet, go to Step 2, Else proceed to Step 5
Step 5) End.
Steps 1 through 3 should be rectangles in your flow chart.
Step 4 should be a diamond, which has two branches, with one branch leading back to Step 2. The other branch leads to a circle, which represents the end of the flowchart.
Get number Find modulo 2 of number If the result is zero, number is even Else number is odd
To create a flowchart to print odd numbers from 1 to 10, you would start with a terminal or start/end symbol. Then, you would use a process symbol to initialize a variable to 1. Next, you would use a decision symbol to check if the variable is less than or equal to 10. If it is, you would use another decision symbol to check if the variable is odd. If it is odd, you would use an output symbol to print the number. Finally, you would use a process symbol to increment the variable by 2 and loop back to the decision symbol to continue the process until the variable reaches 10.
a = 2n - 1
Well, let's think of prime numbers as little hidden gems in a vast garden. To find them, you start by choosing a number and then checking if it can only be divided by 1 and itself. If it can, then you've found a prime number! Keep exploring the numbers in the garden, one by one, following this path until you've discovered all the special prime numbers shining brightly. Remember, each number is unique and has its own beauty to reveal.
odd numbers
Draw a flowchart to generate odd numbers between 100?
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A spreadsheet is ideal to create a list (column) showing an odd number in each cell. Once the column is saved, the data can be used in graphs and flowcharts of any form.
algorithim and flow chart of odd number 1 and 50
Get number Find modulo 2 of number If the result is zero, number is even Else number is odd
To create a flowchart to print odd numbers from 1 to 10, you would start with a terminal or start/end symbol. Then, you would use a process symbol to initialize a variable to 1. Next, you would use a decision symbol to check if the variable is less than or equal to 10. If it is, you would use another decision symbol to check if the variable is odd. If it is odd, you would use an output symbol to print the number. Finally, you would use a process symbol to increment the variable by 2 and loop back to the decision symbol to continue the process until the variable reaches 10.
a = 2n - 1
Well, let's think of prime numbers as little hidden gems in a vast garden. To find them, you start by choosing a number and then checking if it can only be divided by 1 and itself. If it can, then you've found a prime number! Keep exploring the numbers in the garden, one by one, following this path until you've discovered all the special prime numbers shining brightly. Remember, each number is unique and has its own beauty to reveal.
first we write start and then read number and after that check the number is totaly divide by 2 or not if number is totally divide by 2 then number is even else number is odd.
1. Read in 'n'2. Output n*(n+1)/2> Check the no. in odd or even?Both possible, has no significance.
There is no such number. Given any odd number, n, the number (n + 2) is a greater odd number. You can go on, for ever, finding larger odd numbers.
Yes, the factors of all odd numbers are odd numbers.