To find the altitude of the plane after it has traveled 10 kilometers horizontally, we can use trigonometry. The altitude (h) can be calculated using the sine function: ( h = d \cdot \tan(\theta) ), where ( d ) is the horizontal distance (10 km) and ( \theta ) is the angle of ascent (15 degrees). Therefore, ( h = 10 \cdot \tan(15^\circ) ), which gives an altitude of approximately 2.6 kilometers.
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