Question 1: What is the bearing of point B from point A if the direction from A to B is due east?

Answer: 90

Question 2: Calculate the bearing of point C from point A if C is directly south of A.

Answer: 180

Question 3: A boat is sailing on a bearing of 045°. How many degrees is this bearing from due north?

Answer: 45

Question 4: Construct a bearing of 135° from point A and mark the point B accordingly on the grid.

Answer:

Question 5: If you start at point A, face north, then rotate clockwise to face a bearing of 225°, how many degrees did you turn?

Answer: 225

Question 6: A ship departs from port A on a bearing of 060° and reaches port B. Later, it changes course to a bearing of 330°. Calculate the amount of turn in degrees.

Answer: 270

Question 7: A person walks from point A to point B on a bearing of 090°, then turns and walks to point C on a bearing of 135°. Describe the change in direction in terms of degrees.

Answer: The direction changes by 45° clockwise.

Question 8: A cyclist starts at point A, travels on a bearing of 300°, then makes a turn and travels on a bearing of 120°. How many degrees has the cyclist turned, and in which direction?

Answer: The cyclist turned 240° clockwise.

Question 9: Plot points on the grid: Start at A, then draw a line on a bearing of 045° for 5 units, then from the end point, draw a line on a bearing of 135° for 3 units. What is the approximate bearing from the start to the final point?

Answer:

Question 10: Construct a triangle where each side has a length of 6 units, and the angles are set so that the bearings between vertices are 60°, 120°, and 180°. Use the grid to draw this triangle.

Answer:

Question 11: Identify and correct the mistake: A student calculates a bearing of 195° for a point directly south of a reference point, but writes the answer as 15°. What is the error, and what should be the correct bearing?

Answer: The error is subtracting from 180°, missing the full 360° bearing. The correct bearing is 195°.