Filled with garb, the price is free. Just return what you don’t need. What am I?

Answer: A closet.

Solution:

Filled with garb,
the price is free.
Just return what you don’t need. What am I?

Show answer

Answer: A closet.

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 Solve : If there are 3 Apples and You Take Away 2 of them. How Many Do You Have?

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You want to send a valuable object to a friend. You have a box which is more than large enough to contain the object. You have several locks with keys. The box has a locking ring which is more than large enough to have a lock attached. But your friend does not have the key to any lock that you have. How do you do it? Note that you cannot send a key in an unlocked box, since it might be copied.

Answer: Attach a lock to the ring. Send it to her. She attaches her own lock and sends it back. You remove your lock and send it back to her. She removes her lock.

Solution:

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Attach a lock to the ring. Send it to her. She attaches her own lock and sends it back. You remove your lock and send it back to her. She removes her lock.

There were two pairs hanging on a tree, one man walked by and took a pair. Soon after a second man also took a pear from the tree. However, even after both men took fruit from the tree there was still a pear left on the tree. How could this be?

Answer: There were four pears (2 pairs) on the tree. The first man took a pair (2 pears) and the second only took one pear leaving one pear on the tree.

Solution:

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There were four pears (2 pairs) on the tree. The first man took a pair (2 pears) and the second only took one pear leaving one pear on the tree.

A car’s odometer shows 72927 miles, a palindromic number. What are the minimum miles you would need to travel to form another?

Answer: 110 miles. (73037)

Solution:

If a man carried my burden he would break his back. I am not rich, but leave silver in my track. What am I?

Answer: I am a snail.

Solution:

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I am a snail.

A camel travels a certain distance each day. Strangely enough, two of its legs travel 30 miles each day and the other two legs travel nearly 31 miles. It would seem that two of the camel’s legs must be one mile ahead of the other two legs, but of course this can’t be true. Since the camel is normal, how is this situation possible?

Answer: The camel operates a mill and travels in a circular clockwise direction. The two outside legs will travel a greater distance than the two inside legs.

Solution:

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The camel operates a mill and travels in a circular clockwise direction. The two outside legs will travel a greater distance than the two inside legs.