a) i) The distance and bearing of town D from school. i) The distance and bearing of town D from school.

Here are the solutions to the questions: a) i) The distance and bearing of town D from school. Step 1: Establish a coordinate system with the school at the origin. Let the school (S) be at (0, 0). Step 2: Determine the coordinates of Town A. Town A is 160 km North of the school. A = (0, 160) Step 3: Determine the coordinates of Town B. Town B is 100 km Westwards from Town A. B = (0 − 100, 160) = (−100, 160) Step 4: Determine the coordinates of Town C. From Town B

a) i) The distance and bearing of town D from school. i) The distance and bearing of town D from school.

Here are the solutions to the questions: a) i) The distance and bearing of town D from school. Step 1: Establish a coordinate system with the school at the origin. Let the school (S) be at (0, 0). Step 2: Determine the coordinates of Town A. Town A is 160 km North of the school. A = (0, 160) Step 3: Determine the coordinates of Town B. Town B is 100 km Westwards from Town A. B = (0 − 100, 160) = (−100, 160) Step 4: Determine the coordinates of Town C. From Town B

Solved: A) i) The distance and bearing of town D from…

Here are the solutions to the questions:

a) i) The distance and bearing of town D from school.

Establish a coordinate system with the school at the origin.
Let the school (S) be at $(0, 0)$.
Determine the coordinates of Town A.
Town A is 160 km North of the school.
$A = (0, 160)$
Determine the coordinates of Town B.
Town B is 100 km Westwards from Town A.
$B = (0 - 100, 160) = (-100, 160)$
Determine the coordinates of Town C.
From Town B

A) i) The distance and bearing of town D from school. i) The distance and bearing of town D from school.

Step-by-step solution

Establish a coordinate system with the school at the origin.

Determine the coordinates of Town A.

Determine the coordinates of Town B.

Determine the coordinates of Town C.

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