Once upon a time there were two neighbors - one very rich and the other quite poor. Both were singers. While the rich man would sing in concerts, the poor man used to sing by the roadside. The rich man had this tendency to ridicule the poor man for his singing abilities. Once the poor man got infuriated and challenged the rich man that he knew all the songs in the world and could sing any existing song with whatever names the rich man could give. The rich man decided to take up the challenge and to make it more exciting promised the poor man that he would give all his wealth to him if he could really do so. He gave him the names of his four children - Jack, Jonathan, Williams and Harry. The poor man sang and got all the wealth of the rich man. What song did he sing?
"Happy birthday to you. Happy birthday dear Jack. Happy birthday to you!"
"Happy birthday to you. Happy birthday dear Jonathan. Happy birthday to you!"
"Happy birthday to you. Happy birthday dear Williams. Happy birthday to you!"
"Happy birthday to you. Happy birthday dear Harry. Happy birthday to you!"
"Happy birthday to you" - is an existing song and can be sung with any name of the world.
Three people check into a hotel. They pay $30 to the manager and go to their room. The manager finds out that the room rate is $25 and gives the bellboy $5 to return to the guests. On the way to the room the bellboy reasons that $5 would be difficult to split among three people so he pockets $2 and gives $1 to each person. Now each person paid $10 and got back $1. So they paid $9 each, totaling $27. The bellboy has another $2, adding up to $29.
Where is the remaining dollar?
This is a nice nonsense. Each guest paid $9 because they gave $30 and they were given back $3. The manager got $25 and the difference ($2) has the bellboy. So it is nonsense to add the $2 to the $27, since the bellboy kept the $2.
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A red house is made up of red bricks, a blue house is made up of blue bricks, a green house is made up of _______.
I have four sides. Anyone can calculate my area if they come to know the length of any one side of mine. I have four right angles within me. Which shape am I?
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