#### Trending Tags

#### Popular Searches

A Dash At 20 A Dot At 60 Riddles A Girl Was Crying Because Her Boyfriend Broke Up With Her Riddles A Man In A Car See A Door Gold Door Silver Door And Diamond Door Which Door He Open Fir Riddles Cupcake Riddle Geology Rid Riddles Halloween Riddles Head In The Clouds But My Feet On The Earth Glowing With Fire People Kept A Wide Breath Place Full Of Stones A Brush And A Rock Somewhere To Hide Away From The Shock I Must Not Touch Not Be Touched And Of Heaven Am Token I Thundered Loud When The Ta Riddles Hudugana Mava Hudugi Mavanige Appa Riddles I Am Primarily Made Of Calcium I Protect And Act As Camouflage I Can Be Found As A Fille Riddles I Come After Sea And Rock Epsom Bath And Table Riddle Its Dark But Made Out Of Light Riddles Matthew Has 20 Dollars He Spent 15 Dollars On R Riddles Napkin Riddles Never Was Am Always To Beno One Ever Saw Menor Ever Riddles Throw Me Of A Hugst Building And I Will Not Break T Riddles

Feel free to use content on this page for your website or blog, we only ask that you reference content back to us. Use the following code to link this page:

Terms · Privacy · Contact
Riddles and Answers © 2019

## I Am A Positive Integer Riddles To Solve

## Solving I Am A Positive Integer Riddles

Here we've provide a compiled a list of the best i am a positive integer puzzles and riddles to solve we could find.Our team works hard to help you piece fun ideas together to develop riddles based on different topics. Whether it's a class activity for school, event, scavenger hunt, puzzle assignment, your personal project or just fun in general our database serve as a tool to help you get started.

Here's a list of related tags to browse: Number Riddles Math Riddles Math Riddles Interview Riddles Probability Riddles Logic Riddles

The results compiled are acquired by taking your search

**"i am a positive integer"**and breaking it down to search through our database for relevant content.

__Browse the list below:__

## Positive Numbers

Hint:

## A Special Integer Riddle

A special integer exists in mathematics that shows a special property. If you subtract any number from that integer, the result will always be divisible by the successor of that number completely.

Do you know what that integer is ?

Do you know what that integer is ?

Hint:

The required integer is -1.

For an example, let us subtract 7 from -1.

-1 - 7 = -8

Now the successor of 7 is 8 and (-8) is exactly divisible by 8.

You can try that for any number and it will hold true.

YES NO

For an example, let us subtract 7 from -1.

-1 - 7 = -8

Now the successor of 7 is 8 and (-8) is exactly divisible by 8.

You can try that for any number and it will hold true.

*Did you answer this riddle correctly?*YES NO

## 100 Blank Cards Riddle

Someone offers you the following deal:

There is a deck of 100 initially blank cards. The dealer is allowed to write ANY positive integer, one per card, leaving none blank. You are then asked to turn over as many cards as you wish. If the last card you turn over is the highest in the deck, you win; otherwise, you lose.

Winning grants you $50, and losing costs you only the $10 you paid to play.

Would you accept this challenge?

There is a deck of 100 initially blank cards. The dealer is allowed to write ANY positive integer, one per card, leaving none blank. You are then asked to turn over as many cards as you wish. If the last card you turn over is the highest in the deck, you win; otherwise, you lose.

Winning grants you $50, and losing costs you only the $10 you paid to play.

Would you accept this challenge?

Hint: Perhaps thinking in terms of one deck is the wrong approach.

Yes!

A sample strategy:

Divide the deck in half and turn over all lower 50 cards, setting aside the highest number you find. Then turn over the other 50 cards, one by one, until you reach a number that is higher than the card you set aside: this is your chosen "high card."

Now, there is a 50% chance that the highest card is contained in the top 50 cards (it is or it isn't), and a 50% chance that the second-highest card is contained in the lower 50. Combining the probabilities, you have a 25% chance of constructing the above situation (in which you win every time).

This means that you'll lose three out of four games, but for every four games played, you pay $40 while you win one game and $50. Your net profit every four games is $10.

Obviously, you have to have at least $40 to start in order to apply this strategy effectively.

YES NO

A sample strategy:

Divide the deck in half and turn over all lower 50 cards, setting aside the highest number you find. Then turn over the other 50 cards, one by one, until you reach a number that is higher than the card you set aside: this is your chosen "high card."

Now, there is a 50% chance that the highest card is contained in the top 50 cards (it is or it isn't), and a 50% chance that the second-highest card is contained in the lower 50. Combining the probabilities, you have a 25% chance of constructing the above situation (in which you win every time).

This means that you'll lose three out of four games, but for every four games played, you pay $40 while you win one game and $50. Your net profit every four games is $10.

Obviously, you have to have at least $40 to start in order to apply this strategy effectively.

*Did you answer this riddle correctly?*YES NO

## Add Your Riddle Here

Have some tricky riddles of your own? Leave them below for our users to try and solve.