Non-linear Inequalities Interactive Videos

Explore the foundational concepts and applications of the Simplex Method in Linear Programming. Enhance skills in identifying standard maximization problems, understanding the setup of the tableau, and performing calculations to achieve optimal solutions.

Explore the core concepts of the simplex method for solving optimization problems with an emphasis on maximizing profits in a bicycle manufacturing scenario. Gain skills in setting up and interpreting simplex tableaux, understanding constraints and slack variables, and identifying key variables to enhance the ability to solve linear programming problems efficiently.

Explore graphing and solving linear inequalities, focusing on key concepts such as determining line types, testing points, and shading regions. Develop the skills necessary to graph inequalities accurately and comprehend the intersection solutions within systems involving multiple inequalities.

Learners will understand and interpret linear inequalities on graphs, focusing on the significance of dashed and solid lines and shading techniques. Through interactive questions, students will identify solutions to inequalities both graphically and contextually. This prepares them for practical applications in algebra, enhancing their analytical skills and understanding of mathematical concepts related to inequalities.

Examine algebraic techniques for solving quadratic equations, focusing on factorization and the quadratic formula. Gain proficiency in identifying roots and comprehend the theoretical foundations of these methods.

Explore methods for calculating volumes under surfaces using double integrals, with a focus on bounded regions such as triangles and parabolas. Develop the ability to visualize and compute complex volumes, enhancing problem-solving skills in advanced calculus.

Investigate the substitution method for solving systems of equations with clear examples and applications. Understand the process of finding unique solutions, identifying systems with no solutions or infinite solutions, and applying the method to practical scenarios. Develop skills in analyzing and solving equations systematically to enhance problem-solving abilities.

Learn to graph and analyze systems of linear inequalities, focusing on identifying overlapping solution regions and interpreting graphical data effectively. Develop skills in solving these systems and applying this knowledge to real-world scenarios.

Develop important mathematical skills for solving two-step linear inequalities, focusing on concepts such as graphing, interval notation, and effectively isolating variables. Enhance problem-solving abilities and deepen understanding of algebraic inequalities.

Explore the intricacies of piecewise functions, focusing on identifying and evaluating segments across varying intervals. Mastery of these evaluations equips learners with skills in graphing intricate functions and effectively understanding domain restrictions.

Focus on solving linear inequalities in one variable by exploring techniques and rules applicable to inequalities. Acquire skills to graph solutions efficiently on a number line, interpret inequalities within real-world contexts, and accurately apply rules to transform and solve these inequalities.

Focuses on solving multi-step inequalities and mastering algebraic techniques within equations and inequalities. Learners will develop the ability to efficiently identify and execute steps to solve inequalities, including understanding when it is necessary to manipulate expressions and flip inequality signs.

Explore an in-depth guide on solving linear equations using the substitution method. Focus on strategies that simplify calculations and avoid fractions. By engaging with this content, learners will develop the ability to solve linear systems independently and understand variable isolation, enhancing problem-solving skills.

Explore quadratic equations in depth through a comprehensive understanding of the quadratic formula and its applications. Gain the ability to select the most suitable methods for solving various quadratic equations, enhancing algebraic problem-solving skills.

Explore the substitution method in solving systems of equations through both conceptual understanding and practical application to graphing scenarios. Learners will develop skills in setting up equations and solving for variables, enhancing their proficiency in interpreting graphs and solving equations effectively.

Explore the process of solving quadratic inequalities, using practical examples related to vertical motion, such as fireworks displays. Develop the ability to recognize key variables and avoid common errors, enhancing skills to resolve complex real-world problems effectively.

Understand the fundamental concepts of inequalities and methods for solving them, including linear and quadratic inequalities in algebra. Develop problem-solving skills and learn to graph quadratic equations to identify solution sets effectively.

Explore solving systems of linear equations using the substitution method through detailed solutions and examples. Develop the ability to solve equations, substitute and isolate variables, and verify solutions, thereby enhancing algebra skills with practical applications.

Cover the essential concepts of graphing linear inequalities in Algebra, focusing on representing solution sets, boundary lines, and shading regions. Develop skills in identifying forms of inequalities, applying test points, and interpreting graph properties to build a solid foundation in graphing inequalities.

Gain a deep understanding of the quadratic formula and its application in solving quadratic equations. Learn step-by-step methods to effectively solve these equations and grasp their significance in real-world contexts. Develop the skills to confidently apply this essential algebraic technique.