All Code HS codes unit 2 Latest 2023 Graded A+

Document Content and Description Below

All Code HS codes unit 2 Latest 2023 Graded A+ 2.1.4 stretched slinky ✔✔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 ✔✔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) 2.2.5 caterpillar ✔✔circle(20) penup() forward(40) pendown() circle(20) penup() forward(40) pendown() circle(20) penup() forward(40) pendown() circle(20) penup() forward(40) pendown() circle(20) 2.3.5 rectangle ✔✔forward(50) left(90) forward(100) left(90) forward(50) left(90) forward(100) left(90) 2.3.6 4 columns ✔✔penup() left(90) forward(200) right(90) right(90) pendown() forward(400) penup() right(90) forward(100) pendown() right(90) forward(400) right(90) penup() forward(200) pendown() right(90) forward(400) 2.4.5 row of circles ✔✔speed(0) penup() backward(200) pendown() forward(10) for i in range(20): circle(10) penup() forward(20) pendown() 2.4.6 4 columns 2.0 ✔✔speed(0) for i in range(1): penup() backward(200) right(90) forward(100) left(90) forward(100) left(90) pendown() forward(400) right(90) penup() forward(400) left(90) penup() forward(100) left(90) pendown() forward(400) 2.5.5 hexagon ✔✔speed(0) for i in range(6): forward(50) left(60) 2.5.6 x marks the spot ✔✔speed(0) left(45) for i in range(4): forward(100) backward(100) left(90) 2.5.7 circle pyramid ✔✔speed(0) 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) pendown() penup() setposition(0,0) pendown() circle(50) penup() forward(100) pendown() 2.6.4 circle pyramid with comments ✔✔speed(0) """ this program will make a pyramid of circles """ penup() setposition(-100,-200) # bottom circle line for i in range (3): pendown() circle(50) penup() forward(100) setposition(-50,-100) #middle circle line for i in range(2): pendown() circle(50) penup() forward(100) #top circle setposition(0,0) pendown() circle(50) penup() forward(100) 2.8.4 beaded bracelet ✔✔speed(0) """ there must be 36 beads, a radius of 10 pixles, and the braclet must have a diameter of 200. use a function and turn tracy 10 degrees after drawing and return to the middle of each bead. """ speed(0) def draw_beaded_braclet(): for i in range(36): penup() forward(100) pendown() circle(10) penup() backward(100) left(10) draw_beaded_braclet() 2.8.5 shape stack ✔✔""" this code will draw a stack of four squars and four cirlces alternating from top to bottom """ speed(0) #this function will draw a squrae and then and then movs to the position to draw the circle def draw_square(): pendown() for i in range(4): forward(50) penup() left(90) forward(50) right(90) forward(25) #this function draws a circle and then moves to position to draw a square def draw_circle(): pendown() circle(25) penup() backward(25) left(90) forward(50) right(90) #tracy is to start position and then starts drawing circles and squares alternating penup() setposition(-25,-200) for i in range(4): draw_circle() draw_square() 2.9.5 four colored triangles ✔✔speed(0) pensize(5) color("red") backward(100) forward(200) backward(200) left(45) for i in range(4): color("green") forward(50) right(90) color("blue") forward(50) 2.9.6 colorful bracelet ✔✔speed(0) def draw_colored_braclet(): for i in range(12): penup() color("purple") forward(100) pendown() begin_fill() circle(10) end_fill() penup() backward(100) left(10) penup() color("blue") forward(100) pendown() begin_fill() circle(10) end_fill() penup() backward(100) left(10) penup() color("red") forward(100) pendown() begin_fill() circle(10) end_fill() penup() backward(100) left(10) draw_colored_braclet() 2.10.4 bubble wrap 2.0 ✔✔""" This code will fill the canvas with light blue circles. Now add a function that will draw a white highlight on each bubble. """ speed(0) # This function will draw one row of 10 circles def draw_circle_row(): for i in range(10): pendown() begin_fill() color("light blue") circle(20) end_fill() penup() forward(40) # This function will move Tracy from end of row up to beginning of the row on top def move_up_a_row(): left(90) forward(40) right(90) backward(400) # Send Tracy to starting position in bottom left corner penup() setposition(-180,-200) # Call circle drawing function 10 times to fill ten rows for i in range(10): draw_circle_row() move_up_a_row() 2.10.5 sidewalk ✔✔speed(0) def line_of_squares(): for i in range(8): pendown() right(45) circle(35,360,4) left(45) forward(50) penup() setposition(-200,150) line_of_squares() penup() setposition(-200,-200) line_of_squares() penup() setposition(200,-200) left(90) line_of_squares() penup() setposition(-150,-200) line_of_squares() 2.11.4 dartboard ✔✔speed(0) radius=25 penup() setposition(0,-25) def move_down(): penup() right(90) forward(25) left(90) pendown() for i in range(4): move_down() circle(radius) radius=radius+25 2.11.5 line of increasing blocks ✔✔speed(3) size=10 def make_square(): for i in range(4): pendown() forward(size) left(90) setposition(-150,0) for i in range(5): make_square() penup() forward(2*size) size=size+10 2.12.4 colorful dartboard ✔✔radius=100 for i in range(4): penup() setposition(0,0) right(90) forward(radius) left(90) color_choice= input("what color should the circle be?") color(color_choice) begin_fill() circle(radius) end_fill() radius=radius-25 radius=75 for i in range(4): penup() setposition(0,0) right(90) forward(radius) left(90) color_choice= input("what color should the circle be?") color(color_choice) begin_fill() circle(radius) end_fill() radius=radius-25 radius=50 for i in range(4): penup() setposition(0,0) right(90) forward(radius) left(90) color_choice= input("what color should the circle be?") color(color_choice) begin_fill() circle(radius) end_fill() radius=radius-25 radius=25 for i in range(4): penup() setposition(0,0) right(90) forward(radius) left(90) color_choice= input("what color should the circle be?") color(color_choice) begin_fill() circle(radius) end_fill() radius=radius-25 2.12.5 four corners ✔✔speed(0) int(input("square_length")) penup() setposition(-200,-200) pendown() left(90) for i in range(4): forward(50) right(90) penup() forward(400) pendown() right(90) for i in range(4): forward(50) right(90) forward(400) pendown() right(90) for i in range(4): forward(50) right(90) forward(400) pendown() right(90) for i in range(4): forward(50) right(90) 2.13.4 colorful caterpillar ✔✔penup() setposition(-100,0) pendown() def draw_circle(color_choice): for i in range(1): circle(15) color(color_choice) begin_fill() circle(15) end_fill() color_one=input("what color should circle one be?") color_two=input("what color should cirlce two be?") color_three=input("what color should circle three be?") color_four=input("what color should circle four be?") for i in range (2): draw_circle(color_one) penup() forward(30) pendown() draw_circle(color_two) penup() forward(30) pendown() draw_circle(color_three) penup() forward(30) pendown() draw_circle(color_four) penup() forward(30) 2.13.5 circle in square ✔✔speed(0) first_radius=int(input("what is the first circle's radius?:")) def draw_square_big(color_choice, radius_choice): penup() backward(first_radius) pendown() color(color_choice) begin_fill() for i in range(4): forward(first_radius*2) left(90) end_fill() def draw_circle_wide(color_choice, radius_choice): pendown() color(color_choice) begin_fill() circle(radius_choice) end_fill() penup() setposition(0,-first_radius) draw_square_big("red", first_radius) penup() setposition(0,-first_radius) draw_circle_wide("blue", first_radius) 2.13.6 snowman ✔✔# put imput inputs = [100] #functions def draw_circle(radius): pendown() begin_fill() circle(radius) end_fill() penup() left(90) forward(radius*2) right(90) penup() setposition(0,-200) color("gray") bottom_radius = int(input("What should the radius of the bottom circle be?: ")) #parameters draw_circle(bottom_radius) draw_circle(bottom_radius/2) draw_circle(bottom_radius/4) 2.14.4 geometry 2.0 ✔✔penup() setposition(0,-100) pendown() radius = 20 for i in range(7): circle(radius,360,i) radius=(radius + 20) 2.15.4 dartboard unsing i ✔✔speed(0) penup() radius=2 for i in range(25,101,25): setposition(0,0) right(90) forward(i) left(90) pendown() circle(i) penup() def draw_something(): forward(20) 2.15.5 phone signal ✔✔speed(0) for i in range(10, 51, 10): forward(10) left(90) forward(i) left(90) forward(10) left(90) forward(i) left(90) penup() forward(25) pendown() 2.16.4 happy face ✔✔inputs = ["Yes"] def draw_eye(): color("black") begin_fill() pendown() circle(10) end_fill() penup() happy = input("Are you happy? (Yes/No): ") if happy == "Yes": penup() right(90) 2.16.5 black and white squares ✔✔inputs = ["Yes"] def draw_black_square(): color("black") begin_fill() pendown() circle(10) end_fill() penup() black = input("Is square black? (Yes/No): ") if black %"Yes": penup() right(90) for i in range(1): pendown() 2.17.4 rating ✔✔def draw_x(): color("red") right(45) forward(50) right(90) forward(50) backward(100) def draw_line(): color("yellow") forward(50) backward(100) def draw_checkmark(): color("green") left(45) forward(100) backward(100) left(90) forward(50) rating=int(input("on a scale of one-ten rate tracy")) if rating<5: draw_x() elif rating==7: draw_line() else: draw_checkmark() 2.17.5 happy/sad face ✔✔inputs = ["Yes"] def draw_eye(): color("black") begin_fill() pendown() circle(10) end_fill() penup() happy = input("Are you happy? (Yes/No): ") if happy == "Yes": penup() right(90) 2.18.4 increasing squares ✔✔length = 50 speed(0) #while loop for drawing the squares def drawSquare(l): for i in range(4): forward(l) left(90) while length < 400: penup() backward(length/2) right(90) forward(length/2) left(90) pendown() drawSquare(length) penup() forward(length/2) left(90) forward(length/2) right(90) length = length + 50 2.18.5 guess a number ✔✔"tracy is ask user to guess number from 1-10" #user number user_number= int(input("Pick a number from 1-10?:")) #variable for secret number secret_number=7 def draw_checkmark(): penup() backward(50) right(90) pendown() pensize(15) color("green") left(45) forward(50) left(90) forward(100) penup() draw_checkmark() 2.19.4 guess a number 2.0 ✔✔"tracy is ask user to guess number from 1-10" #user number user_number= int(input("Pick a number from 1-10?:")) #variable for secret number secret_number=7 def draw_checkmark(): penup() backward(50) right(90) pendown() pensize(15) color("green") left(45) forward(50) left(90) forward(100) penup() draw_checkmark() if user_number < 5: circle(50) elif count > 5: circle(50,360,4) else: forward(50) 2.19.5 circle pyramid 2.0 ✔✔radius = int(input("What is the radius of the circle? ")) row_value= int(input("What is the row value of the circle? ")) def row_value(): setposition(0, radius) for i in range(15): circle(25) row_value() [Show More]

Last updated: 2 years ago

Preview 1 out of 39 pages