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10/23/2015 9:50:02 AM EDT
Three people check into a hotel room. The clerk says the bill is $30, so each guest pays $10. Later the clerk realizes the bill should only be $25. To rectify this, he gives the bellboy $5 to return to the guests. On the way to the room, the bellhop realizes that he cannot divide the money equally. As the guests didn't know the total of the revised bill, the bellhop decides to just give each guest $1 and keep $2 as a tip for himself. Each guest got $1 back: so now each guest only paid $9; bringing the total paid to $27. The bellhop has $2. And $27 + $2 = $29 so, if the guests originally handed over $30, what happened to the remaining $1.
10/23/2015 9:50:40 AM EDT
[#1]
Hooker
10/23/2015 9:52:44 AM EDT
[#2]


Cleaning fee after the three "people" shit and throw up all over the place after drinking and sliders.




10/23/2015 9:53:43 AM EDT
[#3]
Thats not a riddle. You fucked up math
10/23/2015 9:54:27 AM EDT
[#4]
Quoted:
Three people check into a hotel room. The clerk says the bill is $30, so each guest pays $10. Later the clerk realizes the bill should only be $25. To rectify this, he gives the bellboy $5 to return to the guests. On the way to the room, the bellhop realizes that he cannot divide the money equally. As the guests didn't know the total of the revised bill, the bellhop decides to just give each guest $1 and keep $2 as a tip for himself. Each guest got $1 back: so now each guest only paid $9; bringing the total paid to $27. The bellhop has $2. And $27 + $2 = $29 so, if the guests originally handed over $30, what happened to the remaining $1.
View Quote


where do you get a 30$ hotel and who still had bellhops?
10/23/2015 9:56:13 AM EDT
[#5]
It should be $27 - $2 = $25.  Not $27 + $2

They paid $30.  

Desk realized it should be $25 and gave bellboy a $5.

Still $30 in play.  

Bellboy keeps $2 and gives back $3.  

Now only $25 in play.  

There is no missing dollar.
10/23/2015 9:57:40 AM EDT
[#6]

Quoted:


Three people check into a hotel room. The clerk says the bill is $30, so each guest pays $10. Later the clerk realizes the bill should only be $25. To rectify this, he gives the bellboy $5 to return to the guests. On the way to the room, the bellhop realizes that he cannot divide the money equally. As the guests didn't know the total of the revised bill, the bellhop decides to just give each guest $1 and keep $2 as a tip for himself. Each guest got $1 back: so now each guest only paid $9; bringing the total paid to $27. The bellhop has $2. And $27 + $2 = $29 so, if the guests originally handed over $30, what happened to the remaining $1.
View Quote
Initial Payment $30 = $5 Refund + $25 Hotel Fee



$27 Guest Fee - $2 Bell Hop Payment = $25 Hotel Fee



 
10/23/2015 10:07:48 AM EDT
[#7]
Quote History
Quoted:
Thats not a riddle. You fucked up math
View Quote

Yup.
10/23/2015 10:33:48 AM EDT
[#8]
Very old riddle. But there is a mathematical principle that explains why you can't do the order of operations that way I think.
10/23/2015 10:37:30 AM EDT
[#9]
Quote History
Quoted:

Yup.
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View All Quotes
Quote History
Quoted:
Quoted:
Thats not a riddle. You fucked up math

Yup.


$28 +$2 = $30, or it did 45 years ago when I learned math.
OP must use that common core stuff that the commies invented.  
10/23/2015 10:40:34 AM EDT
[#10]
Quote History
Quoted:
Very old riddle. But there is a mathematical principle that explains why you can't do the order of operations that way I think.
View Quote

That principal is called "basic math"
10/23/2015 10:46:00 AM EDT
[#11]
27 - 2 = 25


The "riddle" works by presenting the reader with a detailed narrative that presents a lot of useless information which seems important.  Then it presents the 27 + 2 = 29, which is a correct equation yet is also completely irrelevant.

There are only 30 dollars.  The hotel ends up with 25, the bellhop has 2, and the guests together have 3.  No missing dollar.

The "riddle" essentially counts the bellhop's $2 twice and tries to get you to not notice.


Incidentally, this is how many confidence scams work.
10/23/2015 11:08:29 AM EDT
[#12]