“if” statement: “if” statement is used to make a decision structure, which permits the program to hold more than one path of execution. • The indented statement is executed only when the condition is “true”. • If the given condition is “false”, it skips the indented statements. Turtle: Turtle graphics is a method which is used to simulate a “turtle” to draw a simple graphics based on the given commands. • It provides numerous functions that use decision structures which determines the state of the turtle and performs actions according to the conditions. Import turtle: A turtle is the predefined module in a program and in order to use the turtle in a program the turtle module must be imported. • To import the turtle module use “import turtle” in the program. Algorithm : Algorithm to determine whether the turtle is inside a rectangle. • Check whether the rectangle’s upper-left corner is at (100,100) using “xcor()”. • Check whether the rectangle’s lower-right corner is at (200,200) using “ycor()”. • If so, hide the turtle using the function “hideturtle”.

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PLEASE READ-THIS IS NOT FOR A GRADE!⚠️⚠️⚠️ Using the code below how would you code a Program that should display the average for the first semester and the second semester.Also posted an example Code: import tkinter # Let's create the Tkinter window. window = tkinter.Tk() window.title("GUI") # You will first create a division with the help of Frame class and align them on TOP and BOTTOM with pack() method. top_frame = tkinter.Frame(window).pack() bottom_frame = tkinter.Frame(window).pack(side = "bottom") # Once the frames are created then you are all set to add widgets in both the frames. btn1 = tkinter.Button(top_frame, text = "Button1", fg = "red").pack() #'fg or foreground' is for coloring the contents (buttons) btn2 = tkinter.Button(top_frame, text = "Button2", fg = "green").pack() btn3 = tkinter.Button(bottom_frame, text = "Button3", fg = "purple").pack(side = "left") #'side' is used to left or right align the widgets btn4 = tkinter.Button(bottom_frame, text =…

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Chapter 3, Problem 10AW

Program Plan Intro

“if” statement:

“if” statement is used to make a decision structure, which permits the program to hold more than one path of execution.

• The indented statement is executed only when the condition is “true”.

• If the given condition is “false”, it skips the indented statements.

Turtle:

Turtle graphics is a method which is used to simulate a “turtle” to draw a simple graphics based on the given commands.

• It provides numerous functions that use decision structures which determines the state of the turtle and performs actions according to the conditions.

Import turtle:

A turtle is the predefined module in a program and in order to use the turtle in a program the turtle module must be imported.

• To import the turtle module use “import turtle” in the program.

Algorithm:

Algorithm to determine whether the turtle is inside a rectangle.

• Check whether the rectangle’s upper-left corner is at (100,100) using “xcor()”.

• Check whether the rectangle’s lower-right corner is at (200,200) using “ycor()”.

• If so, hide the turtle using the function “hideturtle”.

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PLEASE READ-THIS IS NOT FOR A GRADE!⚠️⚠️⚠️ Using the code below how would you code a Program that should display the average for the first semester and the second semester.Also posted an example Code: import tkinter # Let's create the Tkinter window. window = tkinter.Tk() window.title("GUI") # You will first create a division with the help of Frame class and align them on TOP and BOTTOM with pack() method. top_frame = tkinter.Frame(window).pack() bottom_frame = tkinter.Frame(window).pack(side = "bottom") # Once the frames are created then you are all set to add widgets in both the frames. btn1 = tkinter.Button(top_frame, text = "Button1", fg = "red").pack() #'fg or foreground' is for coloring the contents (buttons) btn2 = tkinter.Button(top_frame, text = "Button2", fg = "green").pack() btn3 = tkinter.Button(bottom_frame, text = "Button3", fg = "purple").pack(side = "left") #'side' is used to left or right align the widgets btn4 = tkinter.Button(bottom_frame, text =…

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