
a.
To find: the possible movement of the given chess piece as a translation matrix.
a.

Answer to Problem 29E
Explanation of Solution
Given information:
Chess piece = Bishop
Calculation:
The bishop can move diagonally in any direction. The list of directions of bishop is as follows:
- Up and to the right
- Up and to the left
- Down and to the right
- Down and to the left
The matrix for the up and to the right movement of bishop is as follows:
The matrix for the up and to the left movement of bishop is as follows:
The matrix for the down and to the right movement of bishop is as follows:
The matrix for the down and to the left movement of bishop is as follows:
b.
To find: the possible movement of the given chess piece as a translation matrix.
b.

Answer to Problem 29E
Explanation of Solution
Given information:
Chess piece = Knight
Calculation:
The knight can move to any space shown below. Let’s think of it as two spaces in any direction followed by 1 space perpendicular to that direction.
Take the position matrix of knight as
The matrix for movement A of knight is as follows:
The matrix for movement B of knight is as follows:
The matrix for movement C of knight is as follows:
The matrix for movement D of knight is as follows:
The matrix for movement E of knight is as follows:
The matrix for movement F of knight is as follows:
The matrix for movement G of knight is as follows:
The matrix for movement H of knight is as follows:
c.
To find: the possible movement of the given chess piece as a translation matrix.
c.

Answer to Problem 29E
Explanation of Solution
Given information:
Chess piece = king
Calculation:
The king can move one space in any direction as shown below.
Take the position matrix of king as
The matrix for movement A of king is as follows:
The matrix for movement B of king is as follows:
The matrix for movement C of king is as follows:
The matrix for movement D of king is as follows:
The matrix for movement E of king is as follows:
The matrix for movement F of king is as follows:
The matrix for movement G of king is as follows:
The matrix for movement H of king is as follows:
Chapter 2 Solutions
Advanced Mathematical Concepts: Precalculus with Applications, Student Edition
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