I think there is a confusion between the value of the different rolls of the wheel and the total score (sum of the rolls).
A score over 100 can occur, but a single roll of the wheel cannot exceed 100.

It is written in the description that numbers on the wheel are multiples of 5, ranging from 5 to 100.

The score for a single roll cannot exceed 100. Charlie's second roll (105) is not a valid input, hence it should return false.

The instructions say: "You are given an array containing all integers from 1 to N, except one that is missing."
In this exemple, N=6 (it is the size of the input array) so the missing number is indeed 6.

Considering that the purpose of this kata was to expose some weird JavaScript parsing behavior, I am not sure it makes much sense to propose translations in other languages.

Thanks for pointing that out, the text is fixed.

There is no test with the inputs that you mentioned.
If I input your data to the kata's solution, it does return false anyway.

Hi,
Test cases can no longer be edited on this kata to include your comments.
Perhaps an administrator can do it, but I cannot.

Here is one:

function isEven(n) {
  return (n % 2 === 0);
}

The conversion should only be done when there is a single value.

And spaces can only be ignored at both ends.

From the kata's description: "Each candidate can roll the wheel once or twice and sum up the score of each roll."

So it is perfectly valid for Jennifer to have only one score.

I cannot see your solution so it is hard to help you.

• Which test is failing? What is the input and what is your output?
• Which language are you using?

Can't you print the string at the beginning of your solution?
Traces should also appear when submitting the code.

Hi. You can try your code with a "round" floating point number e.g. 12.0: it should return NaN.

Fixed for all languages, thanks!