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Q: If there are Six different colored tiles are available to make a pattern in a row of floor tile. How many possible different 4-color patterns are possible if no colors may be repeated?

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9x9x8x7x6x5 = 81x56x30 = 136080

There are no recurring patterns since pi is an irrational number. If there was a recurruing pattern, pi would be a rational number (it could be expressed exactly as a fraction).If you mean are there any repeated patterns in pi, logically there have to be.Take any digit - let's say 3. Whenever 3 occurs in the decimal expansion of pi it must be followed by another digit. There are ten possible digits, and when these have been exhausted, one of them must be repeated. So there will be a two-digit repeted pattern. Because pi never terminates, any given two-digit patterns will occur again and again and must be followed by another digit each time, so there will be three-digit repeated patterns. And so on and on.There will (eventually) be repeated patterns of any length you choose - repeated hundred-digit patterns, or thousand-digit ones, or million-digit ones. You'll have to search a long, long way to find them, though! In the first 4 billion digits of pi there don't appear to be any repeating patterns longer than 10 digits.

If you include 0000, ten thousand unique four digit codes are possible.

10*9*8*7*6=30,240

If the numbers can be repeated and the numbers are 0-9 then there are 1000 different combinations.

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it is when patterns flow continuesly with a confused pattern in the repeated pattern

Patterns are repeated and predictable arrangements or designs. They can be found in nature, mathematics, art, and many other fields. Patterns help us make sense of the world by providing order and structure.

9x9x8x7x6x5 = 81x56x30 = 136080

There are no recurring patterns since pi is an irrational number. If there was a recurruing pattern, pi would be a rational number (it could be expressed exactly as a fraction).If you mean are there any repeated patterns in pi, logically there have to be.Take any digit - let's say 3. Whenever 3 occurs in the decimal expansion of pi it must be followed by another digit. There are ten possible digits, and when these have been exhausted, one of them must be repeated. So there will be a two-digit repeted pattern. Because pi never terminates, any given two-digit patterns will occur again and again and must be followed by another digit each time, so there will be three-digit repeated patterns. And so on and on.There will (eventually) be repeated patterns of any length you choose - repeated hundred-digit patterns, or thousand-digit ones, or million-digit ones. You'll have to search a long, long way to find them, though! In the first 4 billion digits of pi there don't appear to be any repeating patterns longer than 10 digits.

If you include 0000, ten thousand unique four digit codes are possible.

Dance steps are usually individual movements and are usually not repetitive. Dance patterns is a group of steps are are usually repeated.

10*9*8*7*6=30,240

It's the same shape repeated. That's the definition of a pattern.

These are tendencies and habits, or how something continuously reacts.

The word "patterns" is a noun. It refers to a repeated decorative design or a regular and intelligible form or sequence.

If the numbers can be repeated and the numbers are 0-9 then there are 1000 different combinations.

If the numbers and letters can be repeated then there are 45,697,600 possible outcomes. If the letters and numbers can not be repeated there are 32,292,000 possible outcomes.