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  2. The first term is 17, and the pattern is to subtract 3 each time, so the term to term rule is 'start at 17 and subtract 3'. The next two terms of the sequence are 5 and 2, giving the sequence...

    • Test

      GCSE; AQA; Sequences - AQA Test questions. Sequences can be...

    • Algebraic Fractions

      Simplifying rational close rational number A number that can...

    • Quadratic Graphs

      GCSE; AQA; Other graphs - AQA Quadratic graphs. The most...

    • Expressions

      A term is a number or letter on its own, or numbers and...

    • Using the Nth Term

      The first term in the sequence is when \(n = 1\), the second...

    • Sequences

      The first term is 17, and the pattern is to subtract 3 each...

  3. The first term in the sequence is when \(n = 1\), the second term in the sequence is when \(n = 2\), and so on. To find the terms, substitute the position number for \(n\). when \(n = 1\),...

  4. The first term is 17, and the pattern is to subtract 3 each time, so the term to term rule is 'start at 17 and subtract 3'. The next two terms of the sequence are 5 and 2, giving the sequence...

  5. Here we will learn about different types of sequences including arithmetic sequences, geometric sequences and quadratic sequences and how to generate them and find missing terms, along with special sequences like the fibonacci sequence. We will also learn how to find the nth term of linear sequence and the nth term of a geometric sequence and ...

  6. The nth term of an arithmetic sequence is given by: a_{n}=a_{1}+(n-1) d . To find the nth term, first calculate the common difference, d. Next multiply each term number of the sequence (n = 1, 2, 3, …) by the common difference. Then add or subtract a number from the new sequence to achieve a copy of the sequence given in the question.

  7. www.omnicalculator.com › math › sequenceSequence Calculator

    Jan 18, 2024 · The terms of a sequence are (usually) represented by the letter a a followed by the position (or index) as subscript. Then, the first term of a sequence would be a_0 a0, followed by a_1 a1. A generic term in position n n is a_ { (n+1)} a(n+1). Among many types of sequences, it's worth remembering the arithmetic and the geometric sequences.

  8. The terms of a sequence can be simply listed out, as shown above, or else they can be defined by a rule. Often this rule is related to the index. For instance, in the sequence A = {a i} = {2i + 1}, the i-th term is defined by the rule "2i + 1", so the first few terms are:

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