Using Objects To Solve Problems Resources

Explores practical techniques for solving word problems using visual representations to aid in understanding arithmetic concepts. Enhances the ability to visualize and solve arithmetic problems, promoting improved problem-solving skills and mathematical accuracy.

Examine the role of simple machines—levers, pulleys, and wheels and axles—in facilitating work while applying fundamental physics principles. Gain insights into engineering concepts, enhance problem-solving skills, and understand forces like gravity and friction.

Facilitate the development of multi-step task competency and enhance collaborative problem-solving within mathematical practices. Equip learners with strategies to effectively use tools, construct logical arguments, and maintain precision for strengthened mathematical reasoning and problem-solving skills.

Explore effective problem-solving strategies using tangible objects and visual aids to address word problems. Learners will develop skills in cost estimation, understand operations such as division and subtraction, and master techniques for grouping and managing remainders.

Explore the use of color tiles as an innovative method for measuring lengths across diverse scenarios. This technique enhances problem-solving abilities and provides a concrete understanding of measurement concepts.

Explore division through engaging story problems to make abstract math principles relatable. Develop the ability to solve division problems using the sharing model, and gain an understanding of key concepts such as dividend, divisor, and quotient.

Focuses on developing skills in solving word problems through addition and subtraction, utilizing diagrams like number lines to aid comprehension. Enhances ability to identify clue words, apply suitable mathematical operations, and ensure solutions are accurate.

Focus on enhancing understanding and problem-solving skills through the GET strategy, which involves mastering the identification and application of appropriate operations in multiplication and division. Achieve proficiency in mathematical reasoning and computation by learning to calculate totals, delineate groups, and determine objects in each group.

Focus on part-part-whole models using math word problems to understand number bonds and tens frames. Develop problem-solving abilities by identifying unknown components and using pictorial representations, enhancing comprehension of basic arithmetic operations.

Explore diverse engineering roles, including chemical, mechanical, and aerospace engineering. Gain foundational knowledge about the responsibilities of each type of engineer. Enhance problem-solving skills with real-world engineering challenges, focusing on the subject matter, goals, and learning process.

Focuses on developing the ability to compare and analyze measurements of various objects such as flowers and animals. Enhances analytical and measurement skills by enabling learners to evaluate and determine relative sizes through engaging questions.

Explore the C-R-A model which encompasses the Concrete, Representational, and Abstract stages of mathematical problem-solving. Enhance skills in transitioning between these stages, developing a comprehensive understanding of problem-solving strategies, and applying abstract reasoning effectively.

Understand multiplication fundamentals through the use of arrays and factors. Enhance the ability to represent multiplication sentences with arrays and develop proficiency in avoiding common pitfalls when arranging objects for calculations.

Integrating line plots with fraction operations bolsters mathematical problem-solving abilities. Learners enhance skills in adding fractions and effectively representing data through line plots.

Explore skip counting to tackle word problems in elementary math, emphasizing both forward and backward counting. Strengthen problem-solving skills by applying skip counting to diverse situations, thereby deepening comprehension of number patterns and repetitive operations.

Focuses on using line plots to tackle multistep problems that involve fractions by interpreting data points and organizing measurements effectively. Develops skills in data visualization and problem-solving while fostering accuracy in adding fractions and applying these concepts in real-world situations.

Young learners explore single-digit addition through engaging techniques, such as examples with apples and cubes, and visual addition using a number line. Practicing these methods builds foundational skills in addition and enhances problem-solving abilities with real-world objects and visual tools.

Explore the fundamentals of using number lines to solve addition and subtraction word problems. Develop skills in visualizing calculations, mastering addition and subtraction, and applying these techniques to effectively address real-world scenarios.

Focus on developing skills in accurate measurement and comparison of object lengths using a ruler. Emphasize the application of subtraction to solve measurement problems and analyze length differences. Learners will enhance their ability to measure precisely, compare objects effectively, and apply mathematical operations to understand variations in length.

Video-based content enhances comprehension of arrays using real-world examples, with a focus on rows, columns, and problem-solving techniques. Learners gain the ability to identify array components, write number sentences, and use multiplication to solve equal groups problems.