Chat with AIExam 16: Developing Strategies for Fraction Computation
Exam 1: Teaching Mathematics in the 21st Century15 Questions
Exam 2: Exploring What It Means to Know and Do Mathematics20 Questions
Exam 3: Teaching Through Problem Solving19 Questions
Exam 4: Planning in the Problem-Based Classroom21 Questions
Exam 5: Building Assessment Into Instruction21 Questions
Exam 6: Teaching Mathematics Equitably to All Children20 Questions
Exam 7: Using Technology Tools to Teach Mathematics18 Questions
Exam 8: Developing Early Number Concepts and Number Sense21 Questions
Exam 9: Developing Meanings for the Operations21 Questions
Exam 10: Helping Students Master the Basic Facts22 Questions
Exam 11: Developing Whole-Number Place-Value Concepts21 Questions
Exam 12: Developing Strategies for Addition and Subtraction Computation22 Questions
Exam 13: Developing Strategies for Multiplication and Division Computation19 Questions
Exam 14: Algebraic Thinking, equations, and Functions22 Questions
Exam 15: Developing Fraction Concepts22 Questions
Exam 16: Developing Strategies for Fraction Computation22 Questions
Exam 17: Developing Concepts of Fractions and Decimals21 Questions
Exam 18: Proportional Reasoning19 Questions
Exam 19: Developing Measurement Concepts18 Questions
Exam 20: Geometric Thinking and Geometric Concepts16 Questions
Exam 21: Developing Concepts of Data Analysis19 Questions
Exam 22: Exploring Concepts of Probability17 Questions
Exam 23: Developing Concepts of Exponents, integers, and Real Numbers11 Questions
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Name two of the major guidelines to consider when developing computational strategies for fractions.Describe an instructional sequence that would support each guideline.
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(35) All of the activities below guide students to understand the algorithm for fraction multiplication EXCEPT:
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