First, let's define the coordinates. We'll place point A at the origin (0,0). North is along the positive y-axis, and East is along the positive x-axis. Bearings are measured clockwise from North.

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Asked on April 29, 2026Mathematics

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Accepted Answer · 2026-04-29T20:04:48.481Z

Here's how to solve the problem: First, let's define the coordinates. We'll place point A at the origin (0,0). North is along the positive y-axis, and East is along the positive x-axis. Bearings are measured clockwise from North. Ship's movement from A to B: Distance AB = 12 km. Bearing of B from A is 120^. The coordinates of B (x_B, y_B) can be found using: x_B = AB (120^) y_B = AB (120^)

Accepted Answer · 2026-04-29T20:04:48.481Z

Here's how to solve the problem: First, let's define the coordinates. We'll place point A at the origin (0,0). North is along the positive y-axis, and East is along the positive x-axis. Bearings are measured clockwise from North. Ship's movement from A to B: Distance AB = 12 km. Bearing of B from A is 120^. The coordinates of B (x_B, y_B) can be found using: x_B = AB (120^) y_B = AB (120^)

First, let's define the coordinates. We'll place point A at the origin (0,0). North is along the positive y-axis, and East is along the positive x-axis. Bearings are measured clockwise from North.

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First, let's define the coordinates. We'll place point A at the origin (0,0). North is along the positive y-axis, and East is along the positive x-axis. Bearings are measured clockwise from North.

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