8th Grade Mathematical Practices Interactive Videos

Master techniques for solving percent problems through the percent equation by understanding the conversion of percentages to decimals and identifying essential components, including the whole, part, and percent. Develop the ability to apply the percent equation effectively in various real-world situations, enhancing problem-solving skills in mathematics.

Explore various methods for solving percent problems with a focus on the cross-multiplying technique. Mastering these techniques will enhance mathematical problem-solving skills and build confidence in tackling real-world scenarios involving percentages efficiently.

Focuses on solving percent problems by utilizing the percent equation to determine unknown values. Enhances proficiency in problem-solving, isolating variables, and converting decimals to percentages, cultivating skills relevant to middle school mathematics.

Focus on solving percent problems using the percent equation method, providing an in-depth understanding of key concepts such as converting percents to decimals and identifying variables within equations. Develop the ability to isolate variables and calculate unknown quantities, enhancing problem-solving skills in mathematical contexts.

Master essential mathematical techniques in geometry, algebra, and probability, focusing on calculating perimeters, applying the FOIL method, and solving probability problems. Enhance the ability to apply mathematical concepts effectively in real-world scenarios.

Master essential mathematical problem-solving techniques by focusing on volume and area calculations of geometric shapes. Develop skills to accurately apply formulas and solve real-world problems involving prisms, triangles, semicircles, and more.

Master essential techniques for tackling percentage problems by converting verbal statements into mathematical operations. Develop the ability to identify relevant operations, construct equations, and manipulate percentages to resolve real-world mathematical challenges effectively.

Explore arithmetic sequences and logical reasoning through engaging counting problems. Master calculation strategies and enhance problem-solving capabilities, fostering deeper comprehension and agile thinking.

Precision in engineering design and problem-solving is highlighted through examples such as bridges and experiments. Learners develop skills in identifying and isolating variables, designing effective trials, and recognizing and addressing failure points in engineering solutions.

Develop logical problem-solving skills by exploring methods for measuring exact water quantities using various container sizes. Enhance systematic thinking to effectively tackle practical measurement challenges.

Focusing on enhancing problem-solving skills, the subject matter includes graphing symmetry, percentages, and decimals in mathematical contexts. Learners will interpret graph symmetries, convert percentages to decimals, and solve related mathematical problems with improved effectiveness.

Explore techniques for understanding and solving percent problems using foundational mathematical formulas and operations. Gain confidence in applying cross-multiplication methods for solving proportion-related percent questions, thereby enhancing mathematical problem-solving skills.

Explore multi-step problems that involve complex fractions, ratios, and unit rates, focusing on understanding and manipulating these mathematical concepts. Enhance problem-solving skills applicable to real-world situations.

Enhance your problem-solving skills through practical exploration of multi-step percentage problems, focusing on sequential percentage calculations in real-life financial scenarios. Learn to confidently calculate discounts, tips, taxes, and make informed financial decisions.

Explore the intricacies of solving percent problems with engaging examples and detailed explanations. Develop the ability to apply proportion formulas to word problems, identify variables, and calculate percentages accurately.

Develop proficiency in geometry by mastering chord theorems, the Pythagorean theorem, and strategies for solving circle-related problems. Enhance skills in applying geometric principles to complex scenarios, fostering a deeper understanding of geometry and promoting critical thinking abilities.

Identify and apply key multiplication concepts to solve word problems, enhancing skills in interpreting multiplication scenarios and selecting appropriate operations. Develop improved problem-solving abilities in arithmetic through focused learning outcomes.

Explore fundamental geometry concepts by examining angle relationships and properties of shapes such as quadrilaterals and kites. Gain proficiency in calculations involving polygons and circles, enhancing problem-solving skills and understanding of shape attributes. Focus on applying these principles to real-world scenarios.

Students will enhance their mathematical reasoning and computation abilities by applying calculator skills to solve problems and analyze statistical data related to children's helmet usage. This approach fosters a deeper understanding of real-world applications and strengthens problem-solving techniques.

Explore the essential skills needed for excavator operation with a focus on employing problem-solving strategies to address terrain challenges in remote areas. Gain insights into practical applications for overcoming obstacles, fostering self-reliance, and understanding the significance of teamwork in demanding environments.