Draw an area model to solve the problem. Steps:1. Draw a square model that represents one whole.2,1-2%3D2. Divide the model with vertical lines to show one of the fractions6you are multiplying (in this example, it is divided into halves).3. Shade in the fraction.4. Divide the same model with horizontal lines to show the otherfraction you are multiplying (in this example, it is divided into thirds).5. Shade in the fraction.6. Count the total parts in the model. This is the denominator in theanswer. In this example, there are six total parts.7. Count the parts where the shaded portions overlap. This is thenumerator in the answer. In this example, two parts haveoverlapping shading.8. Simplify the answer. In this example, á can be simplified to 3. 314. 4х 3

Answered: 4. 4 x 3 =

Math

Algebra

4. 4 x 3 =

Algebra and Trigonometry (6th Edition)

6th Edition

ISBN:9780134463216

Author:Robert F. Blitzer

Publisher:Robert F. Blitzer

ChapterP: Prerequisites: Fundamental Concepts Of Algebra

Section: Chapter Questions

Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...

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Question

Draw an area model to solve the problem.

Steps:
1. Draw a square model that represents one whole.
2,1-2
%3D
2. Divide the model with vertical lines to show one of the fractions
6
you are multiplying (in this example, it is divided into halves).
3. Shade in the fraction.
4. Divide the same model with horizontal lines to show the other
fraction you are multiplying (in this example, it is divided into thirds).
5. Shade in the fraction.
6. Count the total parts in the model. This is the denominator in the
answer. In this example, there are six total parts.
7. Count the parts where the shaded portions overlap. This is the
numerator in the answer. In this example, two parts have
overlapping shading.
8. Simplify the answer. In this example, á can be simplified to 3.

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