Turtle-1: I can import Python libraries as needed by my programs

Turtle-2: I can create a Turtle using a variable in Python

Turtle-3: I can use the forward() function correctly in Python with Turtle

Turtle-4: I can use the left() and right() functions correctly in Python with Turtle

Turtle-5: I can program a square in Python with Turtle

Turtle-6: I can use the color() function with one input correctly in Python with Turtle

Turtle-7: I can use the goto() function correctly in Python with Turtle

Turtle-8: I can use the penup() and pendown() functions correctly in Python with Turtle

Turtle-9: I can use the begin_fill() and end_fill() functions correctly in Python with Turtle

Loops-1: I know what a loop is and when to use a loop in my code

Loops-2: I can write a for loop in Python using 'for i in range():' syntax

Loops-3: I can program any equilateral shape in Python with Turtle

Loops-4: I can change the size of any equilateral shape in Python with Turtle

Loops-5: I can program a circle in Python with Turtle

Variables-1: I know what a variable is and when to use a variable in my code

Variables-2: I can create a variable and assign it a value in Python

Variables-3: I can assign a random number to a variable in Python

Variables-4: I understand the theory behind rgb color values

Variables-5: I can use the color() function with three inputs correctly in Python with Turtle

Conditionals-1: I know what a conditional statement is

Conditionals-2: I understand when and how to use 'if' statements in Python

Conditionals-3: I can use the functions xcor() and ycor() correctly in Python with Turtle

Conditionals-4: I can use 'and' and 'or' statements logically to check multiple conditions in Python

Conditionals-5: I understand when and how to use 'elif' statements in Python

Conditionals-6: I understand when and how to use 'else' statements in Python

Conditionals-7: I understand how 'if', 'elif', and 'else' statements interact, and can use them for mutually exclusive conditions

Loops-with-Variables-1: I can increment a variable in a for loop

Loops-with-Variables-2: I understand the effects of incrementing various variables in loops

Loops-with-Variables-3: I can use a conditional to only increment a variable under certain conditions

Loops-with-Variables-4: I understand when and how to use a while loop in Python

Loops-with-Variables-5: I understand the difference between for and while loops in Python

Functions-1: I understand what functions are and what they are used for

Functions-2: I can define a function in Python without inputs

Functions-3: I can call a function in Python

Functions-4: I understand what parameters are and what they are used for

Functions-5: I can define a function in Python with parameters

Functions-6: I can call a function with parameters in Python

Events-1: I understand what event listeners are and why we use them in certain Python with Turtle projects

Events-2: I can create the Screen using a variable in Python with Turtle

Events-3: I can use the screen.onkey() function correctly in Python with Turtle

Events-4: I understand how to specify what should happen when the key is pressed in Python with Turtle

Events-5: I can use the screen.listen() function correctly in Python with Turtle

Nested-Loops-1: I understand when to use nested loops

Nested-Loops-2: I can write a nested loop in Python

Nested-Loops-3: I understand what each loop in the nested loops controls

Nested-Loops-4: I understand which loop to add code to, to get the result I want

Nested-Loops-5: I can determine how many times a line of code in a nested loop runs

Mechanics-1: I understand when and how to use a while True loop in Python

Mechanics-2: I understand what a break statement does in Python

Lists-1: I know what a list is and when to use a list in code

Lists-2: I can create an empty list in Python

Lists-3: I can use the append() function correctly with lists in Python

Lists-4: I can iterate through a list in Python

Lists-5: I can access and interact with each item in a list in Python

I use spacing and logical variable names to improve my code's readability

I regularly comment my code to improve my code's readability

I appropriately and frequently test my code

I can independently debug my code

I can explain my code to others

I frequently share my code

Joyful Collaboration

1. I practice listening to my instructor and sharing my ideas to co-create understanding.
2. I attempt tasks independently and ask my instructor questions when I need help.

Unlimited Curiosity

1. I take ownership of my learning by asking meaningful questions both when I need clarification and when I want to know more about a topic.

Nimble Determination

1. I practice resilience when I am frustrated that I have not yet achieved mastery of a new concept or skill; instead of complaining about challenges, I try new approaches and creative solutions.

Invest in Excellence

1. I arrive to class on time and prepared to learn, with my computer set up with a strong internet connection.
2. I complete my homework on time, and if I cannot complete my homework due to other obligations, I honestly communicate the reasons for late homework to my instructor.