. Create a vector named prob18a that has 10 elements of which the first is 8, the increment is 7, and the last element is 71. Then, assign elements of prob18a to a new vector prob18b such that prob18b has 7 elements. The first 4 elements of prob18b are the first 4 elements of the vector prob18a and the last 3 elements of prob18b are the last 3 elements of prob18a. Do not type the vector elements explicitly.
. Create a vector named prob18a that has 10 elements of which the first is 8, the increment is 7, and the last element is 71. Then, assign elements of prob18a to a new vector prob18b such that prob18b has 7 elements. The first 4 elements of prob18b are the first 4 elements of the vector prob18a and the last 3 elements of prob18b are the last 3 elements of prob18a. Do not type the vector elements explicitly.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:**Task Description:**
Create a vector named `prob18a` with the following properties:
- It consists of 10 elements.
- The first element is 8.
- Each subsequent element increases by 7.
- The last element is 71.
Next, assign elements of `prob18a` to a new vector `prob18b` with the following conditions:
- `prob18b` will contain 7 elements.
- The first 4 elements of `prob18b` are the same as the first 4 elements of `prob18a`.
- The last 3 elements of `prob18b` correspond to the last 3 elements of `prob18a`.
Note: Do not explicitly type out the vector elements.
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