Real part of the result = real part of first number + real part of second number
Imaginary part of the result = imaginary part of first number + imaginary part of second number
"a + bi" is a common way to write a complex number. Here, "a" and "b" are real numbers.Another common way to write a complex number is in polar coordinates - basically specifying the distance from zero, and an angle.
max=number min=number counter=1 start while(counter<=3) read number start if max<number max=number else if min>number min=number end while write max write min /*modify the counter switch according to the number of values being compared if required*/
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)
Oh, dude, like, okay. So, you want a pseudocode to calculate the square of a number? Easy peasy. Here it goes: START ACCEPT number square = number * number PRINT square END There you go, a simple pseudocode to find the square of a number. Hope that helps, man.
Complex numbers are written in the form (a+bi), where i is the square root of -1.A real number does not have any reference to i in it.A non real complex number is going to be a complex number with a non-zero value for b, so any number that requires you to write the number i is going to be an answer to your question.2+2i for example. (2 plus 2 times i)
Yes
Pseudo code+factorial
To write pseudocode in Microsoft Word, you can use the built-in Equation Editor or insert a text box and type your pseudocode inside it. You can also use a monospaced font like Courier New to format your pseudocode for better readability.
input number for loop = 1 to 3 inclusive print number end for
To write pseudocode for reversing a given number, first initialize a variable to store the reversed number and set it to zero. Then, use a loop to extract the last digit of the number (using modulo operation), append it to the reversed number, and update the original number (by dividing it by 10). Continue this process until the original number becomes zero. Finally, output the reversed number. Here’s a simple pseudocode example: function reverseNumber(number): reversed = 0 while number > 0: digit = number % 10 reversed = reversed * 10 + digit number = number // 10 return reversed
There are different ways of writing a pseudocode statement but the concept remains, it can be presented: /*Declare variables Total (number (3)) = 0 A (number (2)) =10 B (number (2)) =14 begin Total=A+B end
Start Input x, y ; If (x
X**y
"a + bi" is a common way to write a complex number. Here, "a" and "b" are real numbers.Another common way to write a complex number is in polar coordinates - basically specifying the distance from zero, and an angle.
max=number min=number counter=1 start while(counter<=3) read number start if max<number max=number else if min>number min=number end while write max write min /*modify the counter switch according to the number of values being compared if required*/
write pseudocode for link list
count := 27