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A series of questions and answers related to programming with turtle graphics, a popular python library used for creating simple graphics and animations. A variety of topics, including drawing shapes like circles, lines, and rectangles, as well as more complex patterns and designs. The questions are well-answered, providing step-by-step solutions that demonstrate the use of turtle graphics commands and programming concepts. This resource would be particularly useful for students learning the fundamentals of programming and computer graphics, as it offers a hands-on approach to understanding and applying these concepts. The document could serve as a valuable study guide, lecture notes, or reference material for university-level courses in computer science, programming, or digital media design.
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2.1.4: Stretched Slinky<< answer >>circle(35) forward(40) circle(35) forward(40) circle(35) forward(40) circle(35) forward(40) circle(35) forward(40) 2.2.4: Shorter Dashed Line<< answer >>penup() backward(200) pendown() forward(50) penup() forward(50) pendown()
forward(50) penup() forward(50) pendown() forward(50) penup() forward(50) pendown() forward(50) penup() forward(50) pendown() 2.2.5: Caterpillar<< answer >>penup() backward(200) pendown() circle(20) penup() forward(40) pendown() circle(20) penup() forward(40)
pendown() forward(200) left(180) forward(400) left(90) penup() forward(100) pendown() left(90) forward(400) penup() left(90) forward(200) left(90) pendown() forward(400) 2.4.5: Row of Circles<< answer >>penup() backward(190) for i in range (20): pendown() circle(10) penup()
forward(20) 2.4.6: 4 Columns 2.0<< answer >>for i in range (1): penup() backward(200) right(90) forward(200) left(90) forward(100) left(90) pendown() forward(400) right(90) penup() forward(100) right(90) pendown() forward(400) left(90) penup() forward(100) left(90)
pendown() circle(50) penup() forward(100) setposition(0,0) pendown() circle(50) penup() forward(100) 2.6.4: Circle Pyramid with Comments<< answer >>""" This program will make a pyramid of circles """ penup() setposition(-100,-200)
for i in range (3): pendown() circle(50) penup() forward(100) setposition(-50,-100)
for i in range (2): pendown() circle(50) penup() forward(100)
setposition(0,0) pendown() circle(50) penup() forward(100) 2.8.4: Beaded Bracelet<< answer >>def sircle(): penup() forward(50) pendown() setposition(0,10) circle() for i in range(36): circle(10) left(10)
