2. LEARNING OBJECTIVES:
❖Understand how the use of Bloom's Taxonomy can benefit students'
cognitive skills.
❖Learn how to use Bloom's Taxonomy to align assessments with
learning objectives.
❖Identify the cognitive levels of Bloom's Taxonomy in learning
objectives.
❖Devise effective questions about learning objectives using terms from
Bloom's Taxonomy.
4. "DESIGN A SIMPLE EXPERIMENT TO
TEST THE EFFECT OF LIGHT ON
PLANT GROWTH."
5. Cognitive Learning
▪ Cognitive questions focus on thinking
processes related to acquiring knowledge
and understanding.They typically involve
higher-order thinking skills, such as
analysing, evaluating, and creating.
▪ Example:
i. "What are the steps in the water cycle?"
ii. "Explain how photosynthesis works."
iii. "How would you use the Pythagorean
theorem to find the length of a triangle's
side?"
iv. "Compare and contrast the themes of two
different stories."
v. "Which method for solving equations is
more efficient and why?"
Non- Cognitive Learning
▪ Non-cognitive questions focus on
attitudes, behaviours, and social-
emotional skills rather than purely
academic content.They often relate to
students' attitudes towards learning, self-
regulation, and interpersonal skills.
▪ Examples:
i. "What goals do you have for this school
year, and how do you plan to achieve
them?"
ii. "How do you handle stress when
preparing for a big test?"
iii. "How do you work with others when
you have different opinions?"
6. Open-Ended Questions
▪ Open-ended questions are questions that
require more than a simple one-word
answer.They encourage students to think
more deeply and express their ideas,
opinions, or understanding in their own
words.
▪ Example:
i. "What do you think Tommy learned from
his adventure in the magical forest?"
ii. "How would you describe the magical
forest to someone who has never seen it?"
iii. "Why do you think it’s important to share
treasure with others?"
Closed-end`ed Questions
▪ Closed-ended questions are
questions that can be answered with
a simple, specific response, often a
single word or a short phrase.They
usually have a limited number of
possible answers.
▪ Examples:
i. "What is 2 + 3?"
ii. "Did Tommy find a treasure in the
story?"
iii. "What colour was the flower in the
magical forest?"
8. TO CHALLENGE YOUR CLASS TO ADDRESS A TOPIC AT A
HIGHER LEVEL OF ABSTRACTION, USE QUESTIONS THAT ARE
DEVELOPMENTAL IN NATURE WITH MULTIPLE LEVELS OF
THINKING. THESE TYPES OF QUESTIONS PROMOTE
CRITICAL THINKING AND HELP STUDENTS TO WORK
COLLABORATIVELY. BLOOM’S TAXONOMY, DESCRIBED
BELOW, PRESENTS FIVE LEVELS OF QUESTIONING FROM
LOWEST TO HIGHEST LEVELS OF ABSTRACTION; HOWEVER,
SEQUENTIAL USE OF THESE LEVELS IS NOT A REQUISITE.
FOR EXAMPLE, TO ELICIT STUDENTS’ IDEAS, THE
DISCUSSION MAY BEGIN WITH QUESTIONS OF EVALUATION
AND PROGRESS TO ALTERNATIVE LEVELS OF QUESTIONS
DEPENDING ON THE ISSUES AND IDEAS THAT EMERGE.
9. 1.REMEMBER (KNOWLEDGE): WHAT ARE THE FOUR
PRIMARY STATES OF MATTER? CANYOU LIST THE MAIN
EVENTS OF THE AMERICAN CIVILWAR?
2. PROBLEM-SOLVING (APPLICATION): “GIVEN THE
CURRENT ENVIRONMENTAL CHALLENGES, HOW CAN WE
DEVELOP SUSTAINABLE ENERGY SOLUTIONS THAT
BALANCE ECONOMIC AND ECOLOGICAL CONCERNS?”
3. APPLY (APPLICATION): GIVEN A REAL-WORLD
SCENARIO, HOWWOULDYOU USE THE PYTHAGOREAN
THEOREM TO SOLVE A PRACTICAL PROBLEM? CANYOU
DEMONSTRATE HOW TO CONDUCT A CHEMICAL
TITRATION IN A LABORATORY SETTING?
10. 4. COMPARATIVE ANALYSIS (ANALYSIS): “COMPARE
AND CONTRAST THE ECONOMIC POLICIES OF TWO
DIFFERENT COUNTRIES AND THEIR IMPACT ON INCOME
INEQUALITY.”
5. EVALUATE (EVALUATION): COMPARE AND
CONTRAST THE STRENGTHS AND WEAKNESSES OF TWO
DIFFERENT PROGRAMMING LANGUAGES FOR A
SPECIFIC PROJECT.ASSESS THE EFFECTIVENESS OF A
MARKETING CAMPAIGN, PROVIDING
RECOMMENDATIONS FOR IMPROVEMENT.
6. CREATE (SYNTHESIS): DESIGN A NEW AND
INNOVATIVE PRODUCT THAT ADDRESSES A COMMON
PROBLEM IN SOCIETY. DEVELOP A COMPREHENSIVE
LESSON PLAN THAT INCORPORATES VARIOUS TEACHING
METHODS TO ENHANCE STUDENT ENGAGEMENT IN A
PARTICULAR SUBJECT.