This mathematics problem involves applying core mathematical principles and formulas. Below you will find a complete step-by-step solution with detailed explanations for each step, helping you understand not just the answer but the method behind it.

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Here are the values of the marked angles:
Step 1: Solve for angle in Figure 1. The angles , , and are the interior angles of the top triangle. The sum of angles in a triangle is . The value of is .
Step 2: Solve for angles and in Figure 2. Angle and the exterior angle are angles on a straight line, so their sum is . Now, use the sum of angles in the triangle: . The values are y = \text{57^\circ} and z = \text{73^\circ}.
Step 3: Solve for angles and in Figure 3. The interior angle and the exterior angle are angles on a straight line, so their sum is . Now, use the sum of angles in the triangle: . The values are x = \text{20^\circ} and a = \text{40^\circ}.
Step 4: Solve for angle in Figure 4. The interior angle adjacent to the exterior angle is . Now, use the sum of angles in the triangle: . The value of is .
Step 5: Solve for angles and in Figure 5. In the top triangle, the sum of angles is . Angle is vertically opposite to the angle in the top triangle, or we can use the sum of angles in the bottom triangle. The interior angle adjacent to the exterior angle is . In the bottom triangle, the angles are , (which is ), and . The values are d = \text{38^\circ} and e = \text{92^\circ}.
Step 6: Solve for angle in Figure 6. This is a right-angled triangle, so one angle is . The sum of angles in a triangle is . The value of is .
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Solve for angle f in Figure 1. The angles 72^, 56^, and f are the interior angles of the top triangle.
This mathematics problem involves applying core mathematical principles and formulas. Below you will find a complete step-by-step solution with detailed explanations for each step, helping you understand not just the answer but the method behind it.