Computer Programming
4+ results
Filters
Grade
Subject
Format
Resource type
Audience
Programs & methods
TED Talk: Inside your computer- Bettina Bair
This engaging resource breaks down how a computer processes a simple mouse click, helping students understand core concepts like CPU function, memory, and input/output systems. Includes • 20 comprehension and critical thinking questions • Detailed essay prompt • Structured essay with sentence starters • Classroom debate activity • Discussion starters for deeper understanding Grades: 8–12 | Print-and-go
9th - 12th, Adult Education, Higher Education
Applied Math, Computer Science - Technology, Engineering
Python Coding For Beginners | Lesson 1 | Editable Presentation & Exercises
Python coding lessons for beginners made simple! This editable and student-friendly resource introduces the basics of Python programming step by step, including variables, loops, lists, functions, and input/output. Designed for middle and high school computer science classes, this resource combines clear explanations with interactive practice so students learn by doing. What’s IncludedEditable Presentation Slides – introduce key Python coding concepts with examplesStep-by-Step Guided Activities
7th - 10th
Basic Operations, Computer Science - Technology
TED Talk: Can robots be creative?- Gil Weinberg
This high school technology and philosophy resource explores artificial intelligence and creativity, including the Lovelace Test, genetic algorithms, and the debate over machine-generated art. Students analyze innovation, ethics, and the nature of creativity. Includes • 20 discussion and comprehension questions • Analytical essay prompt • Structured essay with paragraph guidance and sentence starters • Classroom debate activity • Critical thinking discussion questions Grades: 8–12 | Print-and-go
9th - 12th, Adult Education, Higher Education
Applied Math, Computer Science - Technology
Box Plot Outlier 1.5xIQR Test using dice
Students roll dice and record how many throws it takes to roll "doubles." After 15 trials, the 5-number summary is calculated. Then outlier "fence posts" are computed, and then sketched, using the 1.5 IQR formula. A box plot is drawn and outliers - if any - are clearly plotted outside the fences. Note: If no student accumulates many rolls before rolling doubles - add your own pretend large outlier type result that you did at home.
10th - 12th
Statistics
Showing 1-4 of 4+ results
TPT is the largest marketplace for PreK-12 resources, powered by a community of educators.
IXL family of brands