Well, isn't that a lovely pattern you've got there! If we look closely, we can see that each number is decreasing by 10. So, the pattern rule for this sequence is to subtract 10 from the previous number to get the next one. Keep exploring patterns, my friend, and let your creativity flow!
explain how to find the rule in a numerical pattern
The rule for the pattern is y=x+2. That rule is in the table format in which it would originally be in, but the worded rule would be 'It increases by 2 each time'.
multiply by three
Times one, doubled, times one, doubled...
There are actually more than a pattern rule for that type of sequence. The pattern rule is not obvious. The sequence is actually this: an = 5a(n - 2) for n > 2, such that the seed values are a1 = 1 and a2 = 5. Another pattern rule is the number of palindromes using a maximum of five different symbols. The third one is the Inverse Binomial Mean transformation of the Fibonacci sequence.
90807060
Ninety million, eight hundred seven thousand and sixty.
90,807,060 = ninety million, eight hundred seven thousand, sixty.
Ninety million, eight hundred seven thousand and sixty.
ninety million, eight hundred seven thousand, sixty
90,807,060 = ninety million, eight hundred seven thousand, sixty.
90,807,060 = ninety million, eight hundred seven thousand and sixty.
explain how to find the rule in a numerical pattern
An exception does not obey a rule or pattern. Often, the only way to identify an exception is to know the rule or pattern that should be expected.
there is no rule i think my teacher said its about the pattern
A single number, such as 24102882, does not establish a pattern!
The rule for the pattern is y=x+2. That rule is in the table format in which it would originally be in, but the worded rule would be 'It increases by 2 each time'.