Riddle Box

How could a cowboy ride into town on Friday, stay two days, and ride out on Friday?

cos his mode of transport is called friday

easy one l8dy foot steps

Beetle

Get your calculators out!

If 6 horses eat 6 bales of hay in 6 days, how many bales will 12 horses eat in 12 days?

12 bales?

24 bales i believe.

1 horse eats 1 bale every 6 days

i think its 12

24 is correct...6 horses eat 12 bales over 12 days...so twice as many horses means twice as many bales. You're up Dev.

This is a really tough one then.

How quickly can you find out what is so unusual about this paragraph? It looks so ordinary that you would think nothing is wrong with it at all, and, in fact, nothing is. But it is unusual. Why? If you study it and think about it, you may find out, but I am not going to assist you in any way. You must do it without coaching. No doubt, if you work at it for long, it will dawn on you. Who knows? Go to Work and try your skill. Par is about half an hour.

wow that is really hard and i'm suppose to be smart @ riddles i think that the answer is stareing me in my face right now but can't figure it out lol

im not even going to try that one lol

Half an hour.

After 20 seconds I can tell you that the word "Work" should not be capitalized in the next to last sentence. But after 30 seconds I can tell you that the letter "E" does not appear in the paragraph.

but how does that make it unusual dchialum?

dchialum is right there is no letter 'e'. The capitalised W was a mistake by me.

A man walks into a bar in, sets down two identical US bills on the counter, and makes an order. He asks for one rum, two margaritas, one vodka, two Pepsis, one lemonade, and three waters.

The bartender, who always gives change back in the minimum number of coins and bills possible, gives him two bills and one coin in change, then goes to prepare his drinks.

The man realizes that if he had paid the bartender with only one of any larger bill, he would not have received the same change. When the bartender returns, the man takes his drinks and leaves the bar.

The man returns home and decides to challenge his wife. He tells her what he ordered, how much it cost, and how much change he received. Then he gives her the following seven clues:

For every one of a specific drink bought, a customer can buy another of the same drink for half price. (When necessary, the tab is rounded up to the nearest penny after all drinks have been ordered.)

If a customer buys five vodkas or one of any other drink, the bartender does not have to give any coins with the change

If he had bought one lemonade, one margarita, or one lemonade and two margaritas with the amount he paid for his order, the bartender would have given him back no fewer than six bills

If he had added a second rum to his order, the total number of bills plus the total number of coins the bartender would have given him back would be no fewer than six

The second of any alcoholic drink never costs less than any non-alcoholic drink

No drink costs more than the first margarita

Three waters cost less than the first of any other drink


Finally, he asks his wife how much each drink cost him.

“Not only do I have an answer for you,” she tells him after working through his challenge, “but you gave me extraneous information.”

How much does each drink cost, and which clue does the wife not need to determine the cost of each drink?

Assume that margaritas, vodkas, and rums are the only alcoholic drinks; $1, $5, $10, $20, $50, and $100 bills are the only US bills; and 1, 5, 10, and 25 cent coins are the only US coins.

Can you get this one? lol.

If a girl ate her mother and father, what would that make her?

Full

hotdog_fingers wrote:

Full

True.. but not the answer

a cannibal