, PLEASE USE THIS DOCUMENT AS A GUIDE ONLY
QUESTION 1
1.1 Study the CAPS document to answer the following questions.
1.1.1 Describe how the levels of Blooms taxonomy are classified into lower, middle, and higher
order thinking used for assessment in the NSTech curriculum.
According to the CAPS document for Natural Sciences and Technology, the cognitive levels of
Bloom's Taxonomy are grouped into three categories for assessment purposes:
Lower Order Questions (50%): This category includes questions that test a learner's ability to
recall and understand information. It involves skills such as knowing, stating, naming, labelling,
listing, describing, explaining, and comparing (Department of Basic Education, 2011, p. 72).
These questions require learners to remember facts and show a basic grasp of concepts.
Middle Order Questions (35%): This category involves the application of knowledge. It
requires learners to use scientific and technological knowledge in a new or concrete way. The
CAPS document suggests verbs like "predict," "compare," "design," and "demonstrate" for this
level (Department of Basic Education, 2011, p. 72).
Higher Order Questions (15%): This category involves more complex cognitive processes,
including evaluating, analyzing, and synthesizing information. Learners are required to make
judgments, suggest reasons, interpret, and combine ideas to form new wholes. This is a more
advanced level of thinking and problem-solving (Department of Basic Education, 2011, p. 72;
TMN3705, Study Guide, pp. 31-32).
1.1.2 How should the marks be distributed into lower, middle, and higher order thinking as
described 1.1.1?
Marks in assessments for Natural Sciences and Technology should be distributed proportionally
according to the three categories of cognitive demand, as stipulated in the CAPS document:
Lower order questions: 50% of the marks.
Middle order questions: 35% of the marks.
Higher order questions: 15% of the marks.
This distribution ensures that a significant portion of the assessment tests recall and understanding, a
substantial part tests application, and a smaller, yet critical, portion evaluates higher-order thinking
skills like analysis, synthesis, and evaluation (Department of Basic Education, 2011, p. 72;
TMN3705, Study Guide, p. 31).
, 1.2 Using your own understanding, how would you explain the essence of the cognitive levels in
the taxonomy?
The essence of using Bloom's Taxonomy's cognitive levels in education is to ensure a balanced and
comprehensive approach to teaching, learning, and assessment. It moves beyond simply testing a
learner's ability to memorize facts and encourages the development of deeper, more critical thinking
skills. The taxonomy provides a structured framework for scaffolding learning, from basic recall to
complex creation.
The Practical Essence for a Teacher:
To Guide Lesson Planning and Instruction: By understanding the different cognitive levels, a
teacher can design learning activities that progressively challenge learners. Instead of only
asking "What is photosynthesis?" (knowledge), a teacher can plan activities that require
learners to explain the process (comprehension), apply it to a new scenario (application),
compare it to cellular respiration (analysis), or evaluate the impact of deforestation on the
process (evaluation). This ensures that students are not just passive recipients of information
but are actively constructing their understanding (TMN3705, Study Guide, p. 11). This aligns
with the constructivist and cognitivist learning theories discussed in the study guide, which
emphasize building new knowledge upon prior knowledge and active participation in learning
(TMN3705, Study Guide, pp. 11-12).
To Design Effective Assessments: As outlined in the CAPS document, the taxonomy is crucial
for creating fair and valid tests and exams. The prescribed mark allocation (50% lower, 35%
middle, 15% higher order) ensures that learners are assessed on their ability to think at different
levels. This prevents assessments from being too easy (testing only recall) or too difficult
(focusing only on higher-order thinking without a foundation of knowledge). A well-balanced
assessment gives a more accurate picture of a learner's true understanding and competence
(Department of Basic Education, 2011, p. 72; TMN3705, Study Guide, p. 31). It also guides
teachers in creating different types of questions, from simple multiple-choice to more
demanding essay questions that evaluate complex ideas (TMN3705, Study Guide, pp. 39-45).
To Foster Mediation of Learning: In the modern classroom, the teacher is a mediator of
learning rather than just a source of knowledge (TMN3705, Study Guide, p. 8). Using the
taxonomy helps a teacher to identify where a learner is in their understanding and to guide
them to the next level. For example, if a learner understands a concept (comprehension), the
teacher can mediate by posing questions that require them to apply the knowledge (application).
This process aligns with Vygotsky's Zone of Proximal Development (ZPD), where learning
occurs with the help of a more knowledgeable other (TMN3705, Study Guide, p. 12). The
cognitive levels provide a map for this mediation, ensuring that a teacher can progressively
challenge each learner.
In essence, the cognitive levels in Bloom's Taxonomy are not just a tool for setting exam papers.
They are a fundamental framework for creating a rich and dynamic learning environment where
students are encouraged to think critically, solve problems, and become lifelong learners. They are
the bridge between simple fact-knowledge and deep, applicable understanding, which is the very
essence of the aims of the Natural Sciences and Technology curriculum (Department of Basic
Education, 2011, p. 10).
QUESTION 1
1.1 Study the CAPS document to answer the following questions.
1.1.1 Describe how the levels of Blooms taxonomy are classified into lower, middle, and higher
order thinking used for assessment in the NSTech curriculum.
According to the CAPS document for Natural Sciences and Technology, the cognitive levels of
Bloom's Taxonomy are grouped into three categories for assessment purposes:
Lower Order Questions (50%): This category includes questions that test a learner's ability to
recall and understand information. It involves skills such as knowing, stating, naming, labelling,
listing, describing, explaining, and comparing (Department of Basic Education, 2011, p. 72).
These questions require learners to remember facts and show a basic grasp of concepts.
Middle Order Questions (35%): This category involves the application of knowledge. It
requires learners to use scientific and technological knowledge in a new or concrete way. The
CAPS document suggests verbs like "predict," "compare," "design," and "demonstrate" for this
level (Department of Basic Education, 2011, p. 72).
Higher Order Questions (15%): This category involves more complex cognitive processes,
including evaluating, analyzing, and synthesizing information. Learners are required to make
judgments, suggest reasons, interpret, and combine ideas to form new wholes. This is a more
advanced level of thinking and problem-solving (Department of Basic Education, 2011, p. 72;
TMN3705, Study Guide, pp. 31-32).
1.1.2 How should the marks be distributed into lower, middle, and higher order thinking as
described 1.1.1?
Marks in assessments for Natural Sciences and Technology should be distributed proportionally
according to the three categories of cognitive demand, as stipulated in the CAPS document:
Lower order questions: 50% of the marks.
Middle order questions: 35% of the marks.
Higher order questions: 15% of the marks.
This distribution ensures that a significant portion of the assessment tests recall and understanding, a
substantial part tests application, and a smaller, yet critical, portion evaluates higher-order thinking
skills like analysis, synthesis, and evaluation (Department of Basic Education, 2011, p. 72;
TMN3705, Study Guide, p. 31).
, 1.2 Using your own understanding, how would you explain the essence of the cognitive levels in
the taxonomy?
The essence of using Bloom's Taxonomy's cognitive levels in education is to ensure a balanced and
comprehensive approach to teaching, learning, and assessment. It moves beyond simply testing a
learner's ability to memorize facts and encourages the development of deeper, more critical thinking
skills. The taxonomy provides a structured framework for scaffolding learning, from basic recall to
complex creation.
The Practical Essence for a Teacher:
To Guide Lesson Planning and Instruction: By understanding the different cognitive levels, a
teacher can design learning activities that progressively challenge learners. Instead of only
asking "What is photosynthesis?" (knowledge), a teacher can plan activities that require
learners to explain the process (comprehension), apply it to a new scenario (application),
compare it to cellular respiration (analysis), or evaluate the impact of deforestation on the
process (evaluation). This ensures that students are not just passive recipients of information
but are actively constructing their understanding (TMN3705, Study Guide, p. 11). This aligns
with the constructivist and cognitivist learning theories discussed in the study guide, which
emphasize building new knowledge upon prior knowledge and active participation in learning
(TMN3705, Study Guide, pp. 11-12).
To Design Effective Assessments: As outlined in the CAPS document, the taxonomy is crucial
for creating fair and valid tests and exams. The prescribed mark allocation (50% lower, 35%
middle, 15% higher order) ensures that learners are assessed on their ability to think at different
levels. This prevents assessments from being too easy (testing only recall) or too difficult
(focusing only on higher-order thinking without a foundation of knowledge). A well-balanced
assessment gives a more accurate picture of a learner's true understanding and competence
(Department of Basic Education, 2011, p. 72; TMN3705, Study Guide, p. 31). It also guides
teachers in creating different types of questions, from simple multiple-choice to more
demanding essay questions that evaluate complex ideas (TMN3705, Study Guide, pp. 39-45).
To Foster Mediation of Learning: In the modern classroom, the teacher is a mediator of
learning rather than just a source of knowledge (TMN3705, Study Guide, p. 8). Using the
taxonomy helps a teacher to identify where a learner is in their understanding and to guide
them to the next level. For example, if a learner understands a concept (comprehension), the
teacher can mediate by posing questions that require them to apply the knowledge (application).
This process aligns with Vygotsky's Zone of Proximal Development (ZPD), where learning
occurs with the help of a more knowledgeable other (TMN3705, Study Guide, p. 12). The
cognitive levels provide a map for this mediation, ensuring that a teacher can progressively
challenge each learner.
In essence, the cognitive levels in Bloom's Taxonomy are not just a tool for setting exam papers.
They are a fundamental framework for creating a rich and dynamic learning environment where
students are encouraged to think critically, solve problems, and become lifelong learners. They are
the bridge between simple fact-knowledge and deep, applicable understanding, which is the very
essence of the aims of the Natural Sciences and Technology curriculum (Department of Basic
Education, 2011, p. 10).
