10cf746e54 1-8-27-64-125. Can't figure out pattern. But if one is particularly patient and clever, and plays around with this a bit, one might come up with: a1 = 2 a2 = 23 2 = 8 a3 = 83 3 = 27 a4 = 273 4 = 85 a5 = 853 5 = 260 The pattern appears to be "take the last term, multiply by three, and then add the number for the sequence term you're on". They look exactly alike and they are both spanish. 2, 3, 4, 5, 6,. If I take the sequence terms apart, listing alternate terms in their own sequences, I get: 5, 8, 11, 14, 17,. I can't believe I didn't realize she was the one on TV. Return to the Lessons Index Do theLessons in Order Get "Purplemath on CD" for offline usePrint-friendly page Finding the Next Number in a Sequence: More General Examples (page 5 of 7) Sections: Common differences, Recursions, General examples, Non-math "sequences" Find the missing term in the sequence: 1, 3/2, , 7/8, 9/16 Sometimes, when dealing with fractions, they've really given you two sequences in one.
64 because each number is cubed It is 64 because 43 = 64 Minor edit? Save Cancel found this useful Was this answer useful? Yes Somewhat No Thanks for the feedback! Follow Steve Aoki Q&A Grammy nominated musician and world-class DJ: Known for his electro house music and chart topping debut album "Wonderland" You're known for throwing cakes at your fans' faces. I was at a party last week and I was literally the only one who wasn't smoking. Whenever a sequence is not obviously generated by a polynomial, it is generally (though not always) generated by a recursion. Discover. Anger gorilla and watch it flail the kid around 7. 5c-8=27. Wait until gorilla gets bored 6.
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