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TMN3704 Assignment 4 (COMPLETE ANSWERS) 2025 - DUE 14 August 2025

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SECTION A: MATHEMATICAL THINKING AND UNDERSTANDING Refer to Moeli’s calculation error below and answer 1.5.1 and 1.5.2: Table 1: Addition of Fractions Question: Simplify 2/3 + 5/6 Moeli’s Response: 2/3 + 5/6 = (2×3)/(3×5) + (5×2)/(6×2) = 10/12 = 11/6 1.5.1 What error did Moeli make? (4 marks) 1.5.2 What remedial strategy would you use? Explain and illustrate. (4 marks) Define the concept of "Common Fraction". (2) 1.2 Identify and explain any two key concepts from the definition of a common fraction given above. These are terms that are central to the main points of the description of a common Fraction. (4) 1.3 Table A below indicates the focus of the lesson plan activity. Grade 5 Subject Mathematics Content Area Numbers, Operations and Relationships Topic Common Fractions Concepts and skills Calculations with Fractions Fractions of whole numbers which result in whole numbers 1.4 Carefully study the details of the topic as presented in the Curriculum and Assessment Policy Statement (CAPS) document and then answer the following questions: 1.4.1 In which term(s) is the topic ‘Common fractions’ taught in Grade 5? (3) 1.4.2 How much time is allocated to the topic ‘Common Fractions’ in Grade 5? (2) Question 1.6 Explain and illustrate how you could use base ten blocks to help learners add two three-digit numbers. (6 marks) Question 1.7 Briefly discuss the following approaches to teaching mathematics, and explain how each supports effective learning: a) Problem-solving approach b) Demonstration approach (4 + 4 = 8 marks) What is your understanding of the following concepts: aim and objectives of a lesson? (2) 2.2 As the first step to preparing an effective lesson, describe the aimof your lesson for the identified Topic: Refer to Table A.SECTION B: LEARNER ENGAGEMENT, INQUIRY AND LESSON DESIGN (40 MARKS) Beginning your planning with the learning objectives in mind will also help you to ensure that your tasks and activities are appropriate and will help your learners achieve the objectives. Write down the two objectives that you want your learners to have achieved by the end of the lesson. (NB: Objectives should be derived from the concepts and skills stated in Table A) (6) 2.4 Learning is a process of continually restructuring prior knowledge, not just adding to it. Good teaching and learning provide opportunities for learners to connect what they are learning to their prior knowledge. What prior knowledge do you think learners should bring to build on the knowledge of ‘fractions of whole numbers which result in whole numbers? Question 1.8 Differentiate skills-based teaching from concept-based teaching. Provide one example of each. (4 marks) Question 1.9 Design a lesson plan to teach patterns and equivalent forms, using the focus and concepts outlined below: Focus of the lesson: Equivalent forms Concepts and skills: Determine the equivalence of relationships presented (i) verbally, (ii) in a flow diagram, (iii) in a table. 1.9.1 How would you introduce the lesson? (5 minutes) (4 marks) 1.9.2 How would you develop the lesson? (Focus on time allocation, teacher and learner activities, media use, assessment) (8 marks) 1.9.3 How would you consolidate the lesson? (5 minutes) (4 marks) Question 1.10 Briefly discuss two challenges learners might experience when learning patterns. How could you address them? (4 marks) Question 1.11 Using Figure 2 (a labelled rectangle), explain how you would help learners make real-life connections with the perimeter formula: P = 2L + 2B, where L = length, B = breadth Illustrate and explain how this encourages conceptual understanding. (8 marks) SECTION C: CRITICAL THINKING, SOCIAL CONTEXT AND MATHEMATICAL DEVELOPMENT (20 MARKS) Question 2.1 Mathematics helps develop mental processes such as critical thinking, logical reasoning, accuracy and decision-making. What is your understanding of this view? Use examples to illustrate. (3 marks) Question 2.2 Design a mathematics activity (not on fractions) that develops a critical awareness of how mathematics relates to social relations (e.g., community, fairness, or decision-making).Complete PART 1 of Table C. (30) Identify and reflect on two learning strategy that you consider most suitable to unpack the concept and skills: Calculations with fractions focusing on ‘fractions of whole numbers which result in whole numbers’ and that could engage learners in the learning process that stimulates critical thinking Table C: Development of the fraction concept The main part of the lesson: To create a unique classroom atmosphere, according to Fraser (1998), teachers have to become innovative and use unique teaching methods and activities. PART 1: The role of the teacher (What will you do and say?) 1. How would you introduce the lesson? (5 minutes) (4) 2. How would you develop the lesson? (40 minutes). In answering this question, you should focus on the following aspects: • Time allocation for each activity (4) • the role of the teacher and learners’ activities (6) • As a teacher, you will be faced with the challenge of choosing the most effective media resources to reach your learners. But you can also design your own media to convey knowledge effectively and efficiently. Explain how learner-centred/t eacher-centred media resources would be used to build on learners’ understanding. (6) • Incorporate formative assessments into your lesson to evaluate students' understanding both during and at the end of the lesson. (6) 3. How would you consolidate your lesson? (5 minutes) (4) (3 marks) Question 2.3 Create an inquiry-based investigation where Grade 6 learners explore the properties of a square. Highlight six important ideas in your activity. (6 marks) Question 2.4 Develop an analytical rubric with at least three assessment criteria for evaluating the square properties investigation. (4 marks) (Answer all questions in this section.) 5.1 In planning assessment tasks, keep in mind the principles of universal design. In other words, consider the disabilities that learners might have and, if necessary, determine a strategy for accommodating those learners. Discuss four of such strategies. ( In planning assessment tasks, keep in mind the principles of universal design. In other words, consider the disabilities that learners might have and, if necessary, determine a strategy for accommodating those learners. Discuss four of such strategies. ( 5.2 Briefly discuss any three challenges that learners might experience in learning ‘fractions of whole numbers which result in whole numbers’. How could you (the teacher) address the identified challenges? Assessment tasks should be spaced throughout the term and include formative tasks (tasks that focus on improving performance) as well as summative tasks (tasks that focus on measuring performance). Why is this the case? Motivate (4) 5.3 What is your view on the following statement: "Pre-marking meetings or other activities are undertaken to ensure that assessors are able to clarify their understanding of the assessment criteria." Motivate by giving three points 5.2 Assessment tasks should be spaced throughout the term and include formative tasks (tasks that focus on improving performance) as well as summative tasks (tasks that focus on measuring performance). Why is this the case? Motivate (4) 5.3 What is your view on the following statement: An investigation promotes critical and creative thinking. It can be used to discover rules or concepts and may involve inductive reasoning, identifying or testing patterns or relationships, drawing conclusions and establishing general trends. 6.1 Create an inquiry/investigation in which grade 6 are expected to practically explore the properties of a square. Highlight six important ideas. (12) 6.2 Develop an analytical rubric to aid in evaluating the investigation (6)

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TMN3704 Assignment 4
(COMPLETE ANSWERS)
2025 - DUE 14 August 2025

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,SECTION A: MATHEMATICAL THINKING AND UNDERSTANDING
1.5.1 What error did Moeli make? (4 marks)
Moeli made two errors in their calculation:
1. Error in Finding a Common Denominator: Moeli incorrectly tried to create a common
denominator by multiplying the numerator of the first fraction by the denominator of the
second fraction (2x3) and the denominator of the first fraction by the numerator of the
second fraction (3x5). Similarly for the second fraction. To find a common denominator,
they should find the Least Common Multiple (LCM) of the denominators (3 and 6),
which is 6.
2. Error in Addition of Fractions: Even after obtaining incorrect common denominators
(which became 12 in the incorrect cross-multiplication, but should have been 6), Moeli
made an addition error in their final step. They added the numerators and kept the
incorrect common denominator, resulting in 10/12. However, they then incorrectly
simplified 10/12 to 11/6, which is a further error in simplification and understanding of
equivalent fractions or mixed numbers. If they had correctly added 4/6+5/6, the answer
would be 9/6, which simplifies to 3/2 or 1frac12.
1.5.2 What remedial strategy would you use? Explain and illustrate. (4 marks)
Remedial Strategy: Using Visual Aids (Fraction Strips/Circles) and Emphasizing the
Concept of Equivalent Fractions with a Common Denominator.
Explanation: Moeli's error suggests a lack of conceptual understanding of how fractions need to
have the same "whole" (represented by the denominator) before they can be added. Using visual
aids will help them see why a common denominator is necessary. We will then explicitly connect
this visual representation to the procedure of finding equivalent fractions before addition.
Illustration:
1. Visual Representation:
o I would start by representing the fractions 2/3 and 5/6 using fraction strips or
circles.
o For 2/3: Show a strip divided into 3 equal parts, with 2 parts shaded.
o For 5/6: Show a strip divided into 6 equal parts, with 5 parts shaded.
o "Moeli, look at these two fractions. Can we easily put them together when they
have different-sized pieces?" (No).
2. Finding a Common Denominator Visually:
o "To add them, we need to make sure the pieces are the same size. What if we
divide our 2/3 strip into smaller pieces so it has 6 parts, just like the 5/6 strip?"

, o Illustrate dividing each of the 3 parts of the 2/3 strip into 2 smaller pieces. This
shows that 2/3 is equivalent to 4/6.
o "Now, how many shaded pieces do we have on our 2/3 strip when it's divided into
6?" (4 pieces). "So 2/3 is the same as 4/6."
3. Connecting Visual to Numerical Procedure:
o "We found that 2/3 is the same as 4/6. We did this by multiplying both the top
(numerator) and the bottom (denominator) of 2/3 by 2. Remember, whatever we
do to the bottom, we must do to the top to keep the fraction the same value."
o Write: 2/3=(2times2)/(3times2)=4/6.
o Then, write the original problem with the new equivalent fraction: 4/6+5/6.
4. Adding with Common Denominators:
o "Now that both fractions have 6 equal pieces, we can add the shaded parts
together."
o Visually count the shaded parts: 4 + 5 = 9.
o "So, 4/6+5/6=9/6."
o Guide them to understand that 9/6 is an improper fraction and can be simplified to
1frac36 or 1frac12.
This strategy directly addresses the conceptual gap of common denominators and the procedural
error of adding parts that are not of the same size.
1.1 Define the concept of "Common Fraction". (2)
A common fraction (also known as a simple or vulgar fraction) represents a part of a whole. It
is written as two integers separated by a horizontal line, where the top number (numerator)
indicates how many parts are being considered, and the bottom number (denominator) indicates
the total number of equal parts into which the whole has been divided. The denominator cannot
be zero.
1.2 Identify and explain any two key concepts from the definition of a common fraction
given above. These are terms that are central to the main points of the description of a
common Fraction. (4)
1. Numerator:
o Explanation: The numerator is the top number in a common fraction. It tells us
how many of the equal parts of the whole are being considered or taken. For
example, in the fraction 2/3, the numerator '2' means we are looking at 2 out of
the 3 equal parts.
2. Denominator:

, o Explanation: The denominator is the bottom number in a common fraction. It
indicates the total number of equal parts into which the whole has been divided. It
names the fraction (e.g., halves, thirds, quarters). For example, in the fraction 2/3,
the denominator '3' means the whole has been divided into 3 equal parts. It also
highlights that these parts must be equal.
1.3 Table A below indicates the focus of the lesson plan activity. Grade 5 Subject
Mathematics Content Area Numbers, Operations and Relationships Topic Common Fractions
Concepts and skills Calculations with Fractions Fractions of whole numbers which result in
whole numbers
1.4 Carefully study the details of the topic as presented in the Curriculum and Assessment
Policy Statement (CAPS) document and then answer the following questions:
1.4.1 In which term(s) is the topic ‘Common fractions’ taught in Grade 5? (3) According to
the South African CAPS (Curriculum and Assessment Policy Statement) document for Grade 5
Mathematics, the topic 'Common Fractions' is taught in Term 1, Term 2, Term 3, and Term 4.
It is a continuous strand throughout the year, with different aspects and levels of complexity
introduced in each term. Specifically, "Fractions of whole numbers which result in whole
numbers" typically appears in Term 3.
1.4.2 How much time is allocated to the topic ‘Common Fractions’ in Grade 5? (2)
The CAPS document allocates a total of 21 hours to the topic of 'Common Fractions' across all
terms in Grade 5. This is typically broken down into specific weeks within those terms.
Question 1.6 Explain and illustrate how you could use base ten blocks to help learners add
two three-digit numbers. (6 marks)
Explanation: Base ten blocks are concrete manipulatives that represent place values (units/ones,
tens, hundreds, thousands). They help learners visualize the process of addition, especially with
regrouping (carrying over). By physically combining the blocks for each place value and
regrouping when there are ten or more in a column, learners develop a concrete understanding of
the standard algorithm.
Illustration:
Let's use an example: Add 247 + 135
Materials: Base ten blocks (hundreds flats, tens rods, unit cubes).
Steps:
1. Represent the Numbers:
o Teacher/Learner Activity: Ask learners to represent each number using the base
ten blocks on their desk or a designated place value mat.
 For 247: Place 2 hundreds flats, 4 tens rods, and 7 unit cubes.

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