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Bearings

Calculate three-figure bearings, back bearings, and distance components using trigonometry.

6|62|Updated Jun 17, 2026
Search Tags:#education#navigation#mathematics#geometry#quiz#trigonometry
One-click install
npx skills add https://github.com/vicharanashala/tenali --skill bearings-vicharanashala
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: Bearings
Source: https://github.com/vicharanashala/tenali/tree/main/supermarket/bearings
Command: npx skills add https://github.com/vicharanashala/tenali --skill bearings-vicharanashala

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill addresses the difficulty students face in visualizing and calculating three-figure bearings, back bearings, and coordinate-based navigation.

Core Features & Use Cases

  • Interactive Quizzing: Provides practice across four difficulty levels ranging from basic compass directions to complex distance component calculations.
  • Adaptive Learning: Automatically adjusts difficulty based on user performance to ensure optimal challenge.
  • Use Case: A student preparing for a GCSE Mathematics exam can use this to drill specific bearing concepts like calculating the reciprocal back bearing or finding distance components using trigonometry.

Quick Start

Use the Bearings skill to start a practice session on hard level coordinate-based bearing problems.

Frequently Asked Questions about Bearings

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I calculate three-figure bearings and back bearings for navigation?▼

Three-figure bearings are calculated by measuring clockwise from North, while back bearings are found by adding or subtracting 180 degrees. This Skill automates these calculations using coordinate geometry and trigonometric functions.

What is the best way to practice GCSE trigonometry bearing problems?▼

Practicing GCSE trigonometry bearing problems is best done through interactive quizzing with adaptive difficulty. This Skill generates automated questions across four levels, adjusting based on performance to target specific concepts like reciprocal back bearings.

Can I use coordinate geometry to find distance components for directional headings?▼

Coordinate geometry can determine distance components for directional headings by applying trigonometric functions to vector coordinates. This Skill processes standard mathematical operations on the coordinate plane to resolve these navigation vectors.

Does this bearing calculator support adaptive learning for exam preparation?▼

This bearing calculator supports adaptive learning by automatically adjusting quiz difficulty based on user performance. It ranges from basic compass directions to complex distance component calculations, optimizing challenge for exam preparation.

Why does calculating a reciprocal back bearing require adding or subtracting 180 degrees?▼

Calculating a reciprocal back bearing requires adding or subtracting 180 degrees because the return direction is directly opposite the original forward bearing. This Skill handles the mathematical operation automatically to ensure accurate navigation headings.

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