FEAST Spatial Orientation and Reasoning Questions and Answers 1 — Questions and Answers
Question 1: An aircraft is flying on a heading of 270 degrees. From the pilot's perspective, a landmark is observed at their 4 o'clock position. What is the approximate bearing from the aircraft to the landmark?
- 330 degrees (Correct answer)
- 210 degrees
- 150 degrees
- 030 degrees
Correct answer: 330 degrees
A heading of 270 degrees is due West. The 12 o'clock position is straight ahead (270 degrees). Each 'hour' on a clock face represents 30 degrees (360 degrees / 12 hours). The 4 o'clock position is 4 hours clockwise from 12 o'clock, which is 4 * 30 = 120 degrees. Adding this to the aircraft's heading gives 270 + 120 = 390 degrees. Since a circle is 360 degrees, the bearing is 390 - 360 = 030 degrees. However, the question asks for the bearing *from* the aircraft *to* the landmark. Looking at it from a standard compass, 4 o'clock is 120 degrees clockwise from the direction of travel. So, 270 (West) + 120 degrees = 390 degrees, which is equivalent to 30 degrees. A simpler way to think about it is: 3 o'clock is 90 degrees to the right (North, 0 degrees or 360 degrees), so 4 o'clock is another 30 degrees clockwise, making it 330 degrees.
Question 2: You are presented with a 2D unfolded cube pattern. Face 'A' and Face 'B' are on opposite ends of the vertical axis of the pattern. Face 'C' is immediately to the right of Face 'A'. If the pattern is folded into a cube, which face will be opposite to Face 'C'?
- The face immediately to the left of Face 'A' (Correct answer)
- Face 'B'
- Face 'A'
- The face two positions to the right of Face 'A'
Correct answer: The face immediately to the left of Face 'A'
In a standard unfolded cube pattern (like a cross shape), faces that are separated by one other face will be opposite when folded. Since Face 'C' is immediately to the right of 'A', the face immediately to the left of 'A' will be on the opposite side of the cube from 'C'. Faces 'A' and 'B' are opposite each other. The face two positions to the right would be adjacent to 'C'.
Question 3: An air traffic controller sees two aircraft on their screen. Aircraft 1 is at coordinates (10, 20) with a track of 090 degrees. Aircraft 2 is at (30, 20) with a track of 270 degrees. Both aircraft maintain their current track and speed. Which of the following statements is true?
- The aircraft are on a direct collision course. (Correct answer)
- The aircraft will pass each other without incident.
- Aircraft 1 will pass north of Aircraft 2.
- Aircraft 2 will pass south of Aircraft 1.
Correct answer: The aircraft are on a direct collision course.
Aircraft 1 is at (10, 20) and moving east (090 degrees). Aircraft 2 is at (30, 20) and moving west (270 degrees). Both are at the same altitude/level (implied by the 2D coordinates) and are flying directly towards each other along the same Y-coordinate (20). This places them on a direct collision course if they maintain their tracks.
Question 4: A drone is instructed to perform the following sequence of movements from its starting point: fly 5 km North, then 5 km East, then 5 km South. What is the drone's final position relative to its starting point?
- 5 km West
- 5 km North
- 5 km East (Correct answer)
- At the starting point
Correct answer: 5 km East
The first movement is 5 km North. The third movement is 5 km South. These two movements cancel each other out in the North-South direction. The only remaining movement is 5 km East. Therefore, the final position is 5 km East of the starting point.
Question 5: Which of the following tasks is a primary assessment of spatial orientation in the FEAST test?
- Memorizing and recalling a long sequence of numbers.
- Identifying the logical next shape in a complex pattern.
- Determining the relative position of an aircraft based on instrument readings. (Correct answer)
- Answering questions about a written passage on aviation regulations.
Correct answer: Determining the relative position of an aircraft based on instrument readings.
The FEAST test assesses spatial orientation by requiring candidates to interpret information from instruments, such as a gyrocompass and a radio compass, to determine an aircraft's position and course. This directly measures the ability to orient oneself in three-dimensional space using abstract information, a critical skill for air traffic controllers.
Question 6: Imagine you are in a control tower looking North. An aircraft is approaching the runway from the Southwest. From your perspective in the tower, in which direction is the aircraft moving?
- Towards the Northeast (Correct answer)
- Towards the Southeast
- Towards the Northwest
- Directly towards the South
Correct answer: Towards the Northeast
If an aircraft is approaching from the Southwest, it means its direction of travel is towards the Northeast. Your position in the tower and the direction you are looking (North) provide context, but the fundamental direction of the aircraft's movement is from the Southwest to the Northeast.
FEAST Spatial Orientation and Reasoning Questions and Answers 1
An aircraft is flying on a heading of 270 degrees.
From the pilot's perspective, a landmark is observed at their 4 o'clock position.
What is the approximate bearing from the aircraft to the landmark?