| Experiments of probability or stochastics
 | Random variables using uniform distribution | geometric distribution | binomial distribution | 
|---|
| Experiments of exponential distribution | - | - | 
| Experiments of coins 
   | one coin | 2 - 10 | 11 - 100 | 
|---|
| 101 - 1000 | 1001 - 100000 | - | 
| Experiments of coins counting l-th number
 | 101 - 1000 | 2 - 10 | 11 - 100 | 
|---|
| Dice experiments 
    
    | 1 die | 2 dice | 3 dice | 
|---|
| 4 - 10 | 11 - 100 | 101-1000 | 
| 1001-100000 | - | - | 
| Experiments of dice counting l-th number
 | 101 - 1000 | 2 - 10 | 11 - 100 | 
|---|
| Experiments of spinning Roulette, whose value is 0 to k, k is 2 to 9
 | 1 Roulette wheel | 2 to 10 Roulette wheels | 11 to 100 Roulette wheels | 
|---|
| - | - | 101 to 1000 Roulette wheels | 
| Experiments of counting the l-th smallest value by spinning Roulette,
 whose value is 0 to k, k is 2 to 9
 | 101 to 1000 Roulette wheels | 2 to 10 Roulette wheels | 11 to 100 Roulette wheels | 
|---|
| Experiments of spinning Roulette, whose value is 0 to k, k is 10 to 99
 | 1 Roulette wheel | 2 to 10 Roulette wheels | 11 to 100 Roulette wheels | 
|---|
| - | - | 101 to 1000 Roulette wheels | 
| Experiments of counting the l-th smallest value by spinning Roulette,
 whose value is 0 to k, k is 10 to 99
 | 101 to 1000 Roulette wheels | 2 to 10 Roulette wheels | 11 to 100 Roulette wheels | 
|---|
| Experiments of spinning Roulette, whose value is 0 to k, k is 100 to 999
 | 1 Roulette wheel | 2 to 10 Roulette wheels | 11 to 100 Roulette wheels | 
|---|
| - | - | 101 to 1000 Roulette wheels | 
| Experiments of counting the l-th smallest value by spinning Roulette,
 whose value is 0 to k, k is 100 to 999
 | 101 to 1000 Roulette wheels | 2 to 10 Roulette wheels | 11 to 100 Roulette wheels | 
|---|
| Experiments of counting the same number of the previous value by spinning Roulette
 | 
|---|
| Experiments of rock-scissors-paper | for two 
  | 3 - 10 
  | 11 - 100 
  | 
|---|
| Experiments for computing circumference ratio, pi | by plotting points | by using inscribed regular polygon and circumscribed regular polygon | by using inscribed non-regular polygon and circumscribed non-regular polygon | 
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| by using Buffon's needle | 
| Experiments of Monty Hall Problem 
    | 3 doors | 4 - 10 | 11 - 100 | 
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| Random walk | 1 solo trip | two solo trips | solo trips, 3 - 10 | 
|---|
| solo trips, 11 - 100 | solo trips, 101 - 1000 | 1 dimension random walk 
  | 
| Change of gambler's money | Win-loss game | Race | Lottery | 
|---|
| Picture using random variables | picture using random variables | picture using random variables part 2 | - | 
|---|
| Picture from the inspiration of Richard Durrett's model | 2 colors | Picture of 3 colors from the inspiration of Richard Durrett's model
 | 4 - 10 | 
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| 11 - 100 | 101 - 1000 | Picture from the inspiration of Richard Durrett's virus model | 
| Birth-death model from the inspiration of Richard Durrett's model | 
| Experiments of seat changeing | 2 - 10 people | 11 - 100 people | 101 - 1000 people | 
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Experiments of throwing 101 - 1000 dice for counting l-th number (Open 4/Dec/2012 : The 0th Revision Tuesday, 04-Dec-2012 22:56:44 JST)