Now go submit that perfect hexagon and watch those green checkmarks roll in! ✅ Modify your function to draw a hexagon of any size from any starting point. Then try drawing a honeycomb pattern! 🐝
| Step | Action | Angle turned | |------|--------|--------------| | 1 | Forward (side length) | — | | 2 | Left 60° | 60 | | 3 | Repeat 6 times | — |
hex.beginPath(); for(var i = 0; i < 6; i++) hex.forward(50); hex.left(60); 3.5.5 hexagon codehs
After 6 iterations, the turtle has turned 6 × 60° = 360° , returning to its original heading. The shape closes perfectly. ❌ Using right(120) or left(120) ✅ Use left(60) – the exterior angle.
function start() var hex = new Turtle(); hex.penUp(); hex.goTo(100, 200); // Adjust starting position hex.penDown(); drawHexagon(hex, 50); // Side length = 50 Now go submit that perfect hexagon and watch
If you’re working through the CodeHS JavaScript or Graphics unit, you’ve probably hit 3.5.5: Hexagon . At first glance, it seems simple: just draw a six-sided polygon. But getting the angles right and placing it correctly on the screen can be tricky.
function drawHexagon(t, sideLength) for(var i = 0; i < 6; i++) t.forward(sideLength); t.left(60); // Exterior angle 🐝 | Step | Action | Angle turned
Let’s break down exactly how to solve this problem, understand the math behind it, and write clean, working code. Write a program that draws a regular hexagon (all sides equal, all angles equal) using a Turtle or Graphics object. The Key Insight: Turning Angles A common mistake is thinking the interior angle (120°) is the turning angle. It’s not.
❌ ✅ Adjust goTo(x, y) to center it. Try (150, 200) . Want a Filled Hexagon? If the exercise allows filling:
❌ ✅ Make sure i < 6 (six sides).