6 (8 marks) Write code using Turtle that draws the following. The first box has sides of 50 and the second has sides of 100. The gap between is 50. Save as z#######Sample6.py (6 marks)

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BlackTom AI · Accepted Answer

The provided item appears to be an essay prompt asking to write Turtle code to draw two squares with specified sizes and a gap, and to save the file with a given name. However, the JSON contains no answer options to analyze, so there is no multiple-choice content to evaluate for correctness. Given that, I’ll outline a clear approach and reasoning you can use to construct the Turtle program and verify it meets the requirements.

Understanding the task:
- You must draw two boxes (squares) using the Turtle graphics library.
- The first square has side length 50, the second has side length 100.
- The gap between the two squares is 50 units.
- Save the script with the filename pattern z#######Sample6.py (the exact digits in the filename aren’t provided here).

Plan to implement step by step:
1) Import the turtle module and set up the drawing window and the turtle object.
2) Decide on a reference point (origin) from which to start drawing the first square. A common approach is to start at the lower-left corner of the first square so you can move horizontally to place the second square.
3) Draw the first square:
   - Move to the starting corner without drawing (pen up), set position to (x0, y0).
   - Put the pen down and draw a 50x50 square by moving forward 50, turning 90 degrees, four times.
4) Move to the starting corner of the second square:
   - From the first square, move right by 50 (first square width) + 50 (gap) = 100 units to align with the left edge of the second square, keeping the same vertical level if you want them on the same baseline.
   - Alternatively, adjust y-coordinates if you want the second square above or below; ensure the gap remains 50 between the two shapes.
5) Draw the second square:
   - With the pen down, move forward 100, turn, and repeat four times to complete the 100x100 square.
6) Complete the program:
   - Hide the turtle and call turtle.done() (or turtle.Screen().mainloop()) to keep the window open.
7) Save the file with the required name:
   - Use your editor to save as z#######Sample6.py, replacing the digits as needed, or implement a small script to generate the filename if you have a convention.

Key considerations and variations:
- If you want both squares centered vertically, you’ll need to adjust the y-coordinates so that the vertical midlines align, ensuring a 50-unit horizontal gap between the right edge of the first square and the left edge of the second.
- You can optionally add different colors for the two squares by setting pen color or fill color before drawing each square.
- If you want the gap measured diagonally rather than horizontally, you’d need a different placement logic, but the simplest interpretation is a horizontal gap.

Example structure you can adapt (described in words here, not shown as code):
- import turtle
- t = turtle.Turtle()
- t.penup(); t.goto(start_x, start_y); t.pendown()
- draw_square(t, size=50)
- t.penup(); t.goto(start_x + 50 + 50, start_y); t.pendown()
- draw_square(t, size=100)
- turtle.done()

If you want, I can provide a complete Python script that you can copy-paste, and you can adapt the start_x and start_y to place the shapes exactly where you want in the window. I can also tailor the script to save with a specific filename pattern if you share the exact naming convention required.

Dashboard Python CW Sample

6 (8 marks) Write code using Turtle that draws the following. The first box has sides of 50 and the second has sides of 100. The gap between is 50. Save as z#######Sample6.py (6 marks)

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