Sophia: Multiplying and Dividing Absolute Values: Lesson 10

Young math whizzes write the opposite of the each integer in the first twelve problems. They write the absolute value for each integer in the second set of problems and name a pair of integers with the same absolute value.

In this absolute value equations instructional activity, students solve absolute-value equations and inequalities. They graph answers on a number line. This one-page instructional activity contains 34 problems.

What is absolute value? What is an absolute value function? Emerging mathematicians solve equations containing variables inside an absolute value sign.  They graph each function on a coordinate plane and identify the maximum and...

Straight from the pages of a math textbook, this three-lesson series introduces young mathematicians to the world of integers. Starting with a definition of integers and their applications in the real world, this resource goes on to...

Combining the skills from the previous videos, particularly inequalities and absolute values, Sal works to solve several new sample problems. He encourages watching the video "over and over," which is good advice for mathematicians of...

In this lesson, students see how to multiply and divide numbers within absolute value notation. It is 5 of 11 in the series titled "Multiplying and Dividing Absolute Values."

In this lesson, students see how to multiply and divide numbers within absolute value notation. It is 7 of 11 in the series titled "Multiplying and Dividing Absolute Values."

In this lesson, students see how to multiply and divide numbers within absolute value notation. It is 8 of 11 in the series titled "Multiplying and Dividing Absolute Values."

In this lesson, students see how to multiply and divide numbers within absolute value notation. It is 9 of 11 in the series titled "Multiplying and Dividing Absolute Values."

In this lesson, students see how to multiply and divide numbers within absolute value notation. It is 1 of 11 in the series titled "Multiplying and Dividing Absolute Values."