3rd Grade Programming Interactive Videos

Explore the fundamental concepts of programming, focusing on programming languages, algorithms, and the integral role of programming in technology. Acquire foundational skills essential for problem-solving and attaining a comprehensive understanding of technology operations.

Explore the CUBE strategy for solving two-step word problems involving scenarios such as coin arrangements and nail salon scenarios. Develop skills in multiplication, division, and addition to enhance problem-solving and logical reasoning abilities.

Explore the intricacies of negative prefixes in the English language, including 'un-', 'in-', 'il-', 'ir-', and 'im-'. Understand the rules and provide clear examples to enhance comprehension and proficiency in applying prefixes, ultimately boosting vocabulary and fluency.

Focus on foundational concepts in geometric proofs, emphasizing initial steps and the application of properties such as bisectors and perpendicular lines. Develop the ability to logically deduce geometric relationships, enhancing understanding of proving geometric assertions.

Explore cutting-edge methods for creating adaptable 3D-printed fabrics using interlocking mesh designs and strategies for effective overhang management. Develop proficiency in utilizing design software such as Tinkercad, with a focus on enhancing design processes for practical use in advanced manufacturing environments. Gain skills necessary for innovation in fabric design and understand how to optimize these processes for real-world applications.

Explore effective problem-solving strategies with a focus on sports, emphasizing critical thinking exercises. Enhance analytical skills and the ability to efficiently organize information.

Focusing on programming self-driving cars using Arduino, this lesson emphasizes the integration of infrared sensors for line detection and obstacle avoidance. Learners will develop skills in writing software to enable autonomous vehicle behaviors, enhancing their understanding of hardware interactions and coding practices.

Develop key counting strategies through engaging scenarios involving objects like coins and glasses of water. Enhance mathematical problem-solving skills by mastering techniques for accurate counting and critical thinking. Understand comparisons and ensure measurement consistency.

Explore the foundational elements of Scratch programming, focusing on key concepts such as sprites, the Scratch Editor, and animation scripting. Develop skills in creating interactive stories and animations, while understanding how event blocks and broadcast messages play a crucial role in coordinating sprite actions effectively.

Explore essential programming concepts by focusing on the role of algorithms and the basics of block coding. Understand how to instruct machines through coding and apply visual programming skills to solve problems effectively.

Focus on the foundational principles and components of Universal Design for Learning (UDL) to understand its role in supporting diverse learning methods. Gain insights into UDL's core concepts, such as multiple means of engagement, representation, and expression, and how these elements accommodate diverse learning needs.

Learn the fundamentals of functions in programming, emphasizing their importance in code organization and minimizing redundancy. Acquire the ability to define and implement functions, comprehend parameter usage, and apply return statements effectively for enhanced coding projects.

Explore foundational programming concepts through interactive scenarios that involve grid navigation and command execution. Learners will gain understanding of basic programming structures and enhance their problem-solving skills by adjusting actions according to various scenarios.

Explore comprehensive programming concepts by setting up development environments, understanding diverse data structures, and mastering advanced threading techniques. Gain proficiency in deciphering complex examples and applying these skills effectively in real-world scenarios.

Focuses on core engineering concepts, highlighting problem-solving and engineering processes. Learners will learn to identify and address engineering challenges with practical solutions, gaining an understanding of various engineering roles and their contributions.

Explore the fundamentals of coding by understanding how it is similar to following a recipe. Learn about the parallels between human and programming languages, and grasp the crucial role of effective communication with computers. Gain the inspiration and foundational knowledge to begin developing your own digital programs.

Explore the basic concepts of solutions and solubility, focusing on how substances interact with water. Understand the mechanisms behind dissolving and the factors that influence solubility. Gain the ability to understand and predict solubility outcomes effectively.

Explore key computer and programming concepts, focusing on the roles and functions of computer components and software. Understand how computers perform calculations, distinguish between different types of computers, and grasp the purpose of coding, gaining foundational skills essential for further study in programming.

Learn effective techniques for smoothing and refining ceramic sculptures through the use of a variety of tools and materials. Master the skill of enhancing the sculpture's finish and consistency to achieve a polished appearance and high-quality result.

Enhance computational skills by solving multiplication problems, focusing on improving both speed and accuracy. Strengthen the understanding of multiplying numbers through targeted practice.