Can you write a code that will make Python Turtle travel the path below. Each square equals 10 units. The image presents a grid with a blue line illustrating a path labeled "Start" and "End."1. **Path Description:** - The path originates at the "Start," located in the top left corner of the grid. - It moves vertically downward and then horizontally to the right, where it changes direction forming an upward diagonal line. - It extends upward and right, forming a peak, before descending diagonally to the left and reaching a horizontal line. - The path then continues horizontally to the right near the middle of the grid. - Finally, it turns upward, ending at the "End" point.2. **Grid Details:** - The grid consists of equally spaced horizontal and vertical lines. - There are four rows and eight columns in the grid, providing reference points for the path.This diagram can be used to teach path tracing, understanding directions on grids, or analyzing movement patterns in mathematics or geometry.

Start from the "Start" position.Move down (right, considering the turtle's initial direction) 30…

Answered: Can you write a code that will make…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Can you write a code that will make Python Turtle travel the path below. Each square equals 10 units.

The image presents a grid with a blue line illustrating a path labeled "Start" and "End."

1. **Path Description:**
- The path originates at the "Start," located in the top left corner of the grid.
- It moves vertically downward and then horizontally to the right, where it changes direction forming an upward diagonal line.
- It extends upward and right, forming a peak, before descending diagonally to the left and reaching a horizontal line.
- The path then continues horizontally to the right near the middle of the grid.
- Finally, it turns upward, ending at the "End" point.

2. **Grid Details:**
- The grid consists of equally spaced horizontal and vertical lines.
- There are four rows and eight columns in the grid, providing reference points for the path.

This diagram can be used to teach path tracing, understanding directions on grids, or analyzing movement patterns in mathematics or geometry.

Expert Solution

Step 1: Algorithm

Start from the "Start" position.
Move down (right, considering the turtle's initial direction) 30 units (3 boxes).
Move forward 50 units (5 boxes).
Move up (left) 30 units (3 boxes).
Turn left 135 degrees.
Move diagonally backward 56.56 units (which is the diagonal of a 4 boxes or 4*sqrt(10^2 + 10^2)).
Turn left 135 degrees.
Move forward 70 units (7 boxes).
Move up (left) 20 units (2 boxes) to reach the "End" position.

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