for simplicity of calculation of no of pins
Or even three. Actually, pseudo-code has no rules.
Here is a JavaScript option for determining if a number is odd or even. It even lets you know if the number is zero (if you want zero to be neither odd nor even). var n = prompt("Enter a number to identify as odd or even", "Type your number here"); n = parseInt(n); if (isNaN(n)) { alert("Please Enter a Number"); } else if (n == 0) { alert("The number is zero"); } else if (n%2) { alert("The number is odd"); } else { alert("The number is even"); }
I don't now visual basic, but to determine whether or not a number is even or odd, divide it by two twice, and round once. If the rounded result is equal to the non-rounded result, then the original number is even: input n if (n/2.0) == int(n/2.0) print "the number is even"
Oh good old-fashioned C. void main() { int variable_name = [Any number goes here]; if (variable_name % 2 == 0) { printf("%d is even.", variable_name); } else { printf("%d is odd.", variable_name); } } I think I've helped enough, so it's up to you to learn how to get input from the user, if that's what you're working on.
even though a resistance is not connected in a circuit, it would practically have small resistance due to its components.so practically a LC circuit dosent exist..only a RLC circuit exists
No.
Wormholes are highly hypothetical; there is no evidence that they exist, or even that they can exist.
No it is not possible to get a even number by adding odd and even number. 1+2=3-odd number.3+4=7-odd number.
It is not possible for allah to exist as with any all powerful deity it is not possible for allah to produce a rock so large that even they could not move it.
It can be proven that such a number cannot exist.
There is no such number. If N were the greatest even number then N+2 would be a greater even number. So N could not be the greatest even number.
Relatively Primenumbers are sets of two or more numbers having 1 as their greatest common factor (gcf). All even numbers have 2 as a common factor, so no even number is relatively prime with any other even number.
Divide the number of possible even numbers by all the possible numbers. So there are three possible even numbers; 2, 4 & 6. And there are six possible numbers; 1, 2, 3, 4, 5, & 6. So the probability of throwing an even number is 3/6 = .5 .
xray "spex don't even exist its not possible for there to be any such thing"
Zero or five.
15 is one possible answer.
Any even number can be divided by two without a remainder.