Oh, what a lovely pattern you've created! It looks like you're adding 10, then subtracting 10, then adding 120, then subtracting 10 again. Keep exploring those patterns and see where they take you on your creative journey!
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The pattern rule for the sequence 2-22-12-132-122-1342 appears to involve a combination of adding and concatenating numbers. The sequence seems to alternate between adding a digit (e.g., adding 10, adding 100) and concatenating a digit (e.g., adding 3, adding 4). Specifically, the pattern seems to be adding 20, concatenating 10, adding 110, concatenating 10, and finally adding 1200.
Well, honey, that pattern is like a rollercoaster ride with no seatbelts. Looks like you're adding 10, then subtracting 10, adding 120, subtracting 10, and adding 1210. It's a wild ride, but hey, it's technically correct.
Oh, dude, that's like a sequence question straight out of a math nightmare. The pattern rule here seems to be adding 10, then squaring the number, then adding 2, then squaring the number again... wait, what? Who comes up with this stuff? Math is wild, man.
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.