# The Security to the Party [Part 8] [closed]

A party is being held at a local mansion. The host is very rich and his success is because of one thing ~ his famous recipe for Spaghetti!

The only guests that may attend are people the host knows and trusts, whom he gave the password to enter to.

Here's where you come in. You and a friend are trying to steal this recipe. You sneak by and listen to the passwords.

The first guest arrives. The security says "6", and the guest replies "0".

The second guest arrives. The security says "5", the guest replies "1".

The next guest arrives. The security says "10", the guest replies "1".

The next guest arrives. The security says "7", the guest replies "2".

The next guest arrives. The security says "8", the guest replies "2".

You walk up to security and get "3", what is the correct response?

Hint: Look at some of the previous solutions in this series.

## closed as off-topic by Gilles, Florian F, Joe Z., Psychemaster, Rob WattsNov 17 '14 at 20:41

This question appears to be off-topic. The users who voted to close gave this specific reason:

If this question can be reworded to fit the rules in the help center, please edit the question.

• TWO PART 7's??? FIGHT! FIGHT! FIGHT! – JamesENL Nov 11 '14 at 8:09
• Atleast this time, there is no friend to get the humiliation – Debanjan Chakraborty Nov 11 '14 at 8:35
• Where's the links to the other parts? You're not going to give credit for the ideas? – warspyking Nov 11 '14 at 13:56
• @warspyking, there is a "party-security" tag now lol, so all the links have gone. – Kenshin Nov 11 '14 at 13:57
• Well link to the party-security tag. – warspyking Nov 11 '14 at 14:01

2 - for each response, you should count the number of enclosed areas in the lowercase letters for the challenge word.

six = no closures
five = 1 closure (e)
ten = 1 closure (e)
seven = 2 closures (e, e)
eight = 2 closures (e, g)

three = 2 closures (e, e)

2. The number of closed spaces in the lower case spelling of the number the guard gives you.

• Ill get this sooner or later. Every theory i try fails on just one number – Legotruck Nov 11 '14 at 8:31
• This sounds correct. – Debanjan Chakraborty Nov 11 '14 at 8:35
• I tried counting the loops of the letters aswell but is falls short on number "8" if spelled with capital letters so im guessing that's wrong aswell – Legotruck Nov 11 '14 at 8:38
• Well that's a nice quick edit from the wrong answer to the right one ;-) – Joe Nov 11 '14 at 8:46
• well i was saying in my previous comment that i was thinking exactly what you were saying. and you can see that the previous comment hasnt been edited and was written Before you posted your answer. you posted it as an answer Before me though so congratulations. – Legotruck Nov 11 '14 at 8:49