The number of cars sold weekly by a new automobile dealership grows according to a linear growth model. The first week the dealership sold four cars (Po = 4). The second week the dealership sold nine cars ( P = 9). Write the recursive formula for the number of cars sold, P,, in the (n + 1)th week. Pn = Pn -1+ 5 v Write the explicit formula for the number of cars sold, Pn, in the (n + 1)th week. P, = 4+5(n – 1) × If this trend continues, how many cars will be sold in the 4th week? 19 v cars

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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### Understanding Linear Growth in Car Sales at a Dealership

The number of cars sold weekly by a new automobile dealership grows according to a linear growth model. Here is a breakdown of the sales trend:

- **First week:** The dealership sold four cars. This is represented as \( P_0 = 4 \).
- **Second week:** The dealership sold nine cars. This is represented as \( P_1 = 9 \).

### Recursive Formula

**Task:** Write the recursive formula for the number of cars sold, \( P_n \), in the \( (n + 1) \)th week.

The recursive formula is:
\[ P_n = P_{n-1} + 5 \]
This indicates that each week, the number of cars sold increases by 5 compared to the previous week.

✔️ Correct answer.

### Explicit Formula

**Task:** Write the explicit formula for the number of cars sold, \( P_n \), in the \( (n + 1) \)th week.

An initial incorrect formula given is:
\[ P_n = 4 + 5(n - 1) \]
✘ Incorrect answer.

### Predicting Future Sales

**Question:** If this trend continues, how many cars will be sold in the 4th week?

Using the recursive formula, we can predict the number of cars sold in the 4th week:
\[ 19 \] cars

✔️ Correct answer.
Transcribed Image Text:### Understanding Linear Growth in Car Sales at a Dealership The number of cars sold weekly by a new automobile dealership grows according to a linear growth model. Here is a breakdown of the sales trend: - **First week:** The dealership sold four cars. This is represented as \( P_0 = 4 \). - **Second week:** The dealership sold nine cars. This is represented as \( P_1 = 9 \). ### Recursive Formula **Task:** Write the recursive formula for the number of cars sold, \( P_n \), in the \( (n + 1) \)th week. The recursive formula is: \[ P_n = P_{n-1} + 5 \] This indicates that each week, the number of cars sold increases by 5 compared to the previous week. ✔️ Correct answer. ### Explicit Formula **Task:** Write the explicit formula for the number of cars sold, \( P_n \), in the \( (n + 1) \)th week. An initial incorrect formula given is: \[ P_n = 4 + 5(n - 1) \] ✘ Incorrect answer. ### Predicting Future Sales **Question:** If this trend continues, how many cars will be sold in the 4th week? Using the recursive formula, we can predict the number of cars sold in the 4th week: \[ 19 \] cars ✔️ Correct answer.
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