![]() ![]() Find a recursive formula for this sequence. The recursive formula for a geometric sequence is □ □+1 =3.92 □ □ with □ 0 = Find an explicit formula for this sequence. What is term a9? □ □ =−□ −□ □=−□ −□□□ =□□□□ e. PDF This paper presents how two student teachers struggle to find an explicit formula for the general member of a sequence mapped from a shape pattern. Find an explicit formula for this sequence. When encoding an array, if the keys are not a continuous numeric sequence. ![]() Find a recursive formula for this sequence. If the parameter is an array or object, it will be serialized recursively. Use the following recursive formulas Arithmetic sequence: an + 1 = an + d geometric sequence: an + 1 = an r Write each sequence in recursive form. ![]() Identify each sequence as arithmetic, geometric, or neither. Use the following explicit formulas With a1 as first term (use for □≥1) Arithmetic sequence: an = a1 + d(n – 1) Geometric Sequence: an = a1rn –1 With a0 as first term (use for □≥0) Arithmetic sequence: an = a0 + dn Geometric Sequence: an = a0rnģ □) □ □ =4 □ □−1 with □ 1 =12 □ 2 =12∙4 □ 3 =12∙4∙4=12∙ 4 2Ĭonvert each of the following recursive formulas to explicit formulas. Presentation on theme: "explicit form and vice versa?"- Presentation transcript:Īim: How do we write a recursive sequence in explicit form and vice versa? Do Now: Given the sequence formulas a) □ □ =2+3(□−1) b) □ 1 =2 an = an –1 + 3 What is the difference between them? ![]()
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