3. Find explicit formulas for each of the following sequences: . (a) an=4+3an-1, ag = 6

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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also, use Mathematical Induction to prove your answer

### Problem Statement

**3. Find explicit formulas for each of the following sequences:**

**(a)** The sequence is defined by the relation \( a_n = 4 + 3a_{n-1} \), where the initial term \( a_0 = 6 \).

---

**Explanation:**

In this problem, you are asked to find an explicit formula for a sequence that is initially defined by a recurrence relation. 

- The recurrence relation \( a_n = 4 + 3a_{n-1} \) describes how each term in the sequence is generated based on the previous term.
- The initial term \( a_0 = 6 \) is given, which is necessary to start generating the sequence.

The task is to derive a formula that directly computes the \( n \)-th term \( a_n \) without relying on previous terms.
Transcribed Image Text:### Problem Statement **3. Find explicit formulas for each of the following sequences:** **(a)** The sequence is defined by the relation \( a_n = 4 + 3a_{n-1} \), where the initial term \( a_0 = 6 \). --- **Explanation:** In this problem, you are asked to find an explicit formula for a sequence that is initially defined by a recurrence relation. - The recurrence relation \( a_n = 4 + 3a_{n-1} \) describes how each term in the sequence is generated based on the previous term. - The initial term \( a_0 = 6 \) is given, which is necessary to start generating the sequence. The task is to derive a formula that directly computes the \( n \)-th term \( a_n \) without relying on previous terms.
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