QUIZ #3 (Technology for Teaching and Learning 2 – Instrumentation and Technology in Mathematics )

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ICT Utilization in Developing 21st Century Skills in Mathematics Teaching and Learning Focuses on Critical Thinking Skill

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DELA CRUZ Rowella E.

Philippines

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QUIZ #3 (Technology for Teaching and Learning 2 – Instrumentation and Technology in Mathematics )


QUIZ #3 (Technology for Teaching and Learning 2 – Instrumentation and Technology in Mathematics )Version en ligne ICT Utilization in Developing 21st Century Skills in Mathematics Teaching and Learning Focuses on Critical Thinking Skill par DELA CRUZ Rowella E. 1 A teacher wants students to explore how changing the values of affects the graph of a quadratic function. Which ICT tool is most appropriate? a PowerPoint b Desmos c Word Processor d Calculator 2 Which ICT tool is most effective for helping students investigate geometric properties by dragging and manipulating figures? a GeoGebra b Kahoot! c Excel d YouTube 3 A teacher wants students to organize data, create graphs, and interpret trends from a real-life survey. Which ICT tool should be used? a Google Sheets b Paint c Calculator d PDF Reader 4 Which level of the SAMR Model is demonstrated when students use Desmos to explore different graphs, identify patterns, and explain their observations? a Substitution b Augmentation c Modification d Redefinition 5 How does the strategic use of ICT resources (such as spreadsheets and graphing tools) builds critical thinking among secondary students according to the MATATAG Mathematics Curriculum Framework? a By eliminating the need for students to learn foundational mathematical concepts. b By providing instant answers so students can complete worksheets faster. c By shifting the student's role from performing routine calculations to analyzing, testing hypotheses, and evaluating digital output. d By replacing traditional pedagogy with automated, teacher-free learning modules. 6 How does John Dewey describe the initial trigger that leads a student to engage in genuine reflective thinking? a As a passive absorption of digital information b As a state of facing a felt difficulty or confusion c As the immediate acceptance of an AI-generated answer d As the memorization of Mathematical patterns 7 Why do Mathematics teachers aim for the Modification and Redefinition levels of the SAMR model when integrating technology? a To replace traditional whiteboards with digital screens without changing the lesson b To allow students to passively receive information through presentations c To enable students to analyze patterns, formulate conjectures, and evaluate models d To ensure students focus solely on simple computation and typing skills. 8 Which ICT tool is most appropriate for providing immediate feedback through interactive quizzes while checking students' understanding? a GeoGebra b Kahoot! c Microsoft Paint d Adobe Reader 9 Why does ICT help develop critical thinking skills in mathematics? a It replaces the need for problem-solving. b It encourages students to analyze, explore, justify, and evaluate mathematical ideas. c It allows students to avoid solving problems manually. d It guarantees perfect scores on assessments. 10 Which statement best describes the role of ICT in mathematics teaching and learning? a ICT is only used to make presentations attractive. b ICT replaces the role of the teacher. c ICT supports meaningful learning by helping students explore concepts, solve problems, and develop critical thinking skills d ICT should only be used during assessments 11 ICT tools such as Desmos and GeoGebra help students explore mathematical concepts and develop critical thinking skills. a TRUE b FALSE 12 Critical thinking in mathematics means memorizing formulas without understanding how or why they work. a TRUE b FALSE 13 Using ICT in mathematics encourages students to analyze, investigate, and justify their mathematical solutions. a TRUE b FALSE 14 ICT tools can provide immediate feedback that helps students identify and correct their mistakes in mathematics. a TRUE b FALSE 15 Critical thinking in mathematics involves evaluating different solution strategies before deciding on the best answer. a TRUE b FALSE 16 According to John Dewey's Theory of Reflective Thinking, meaningful learning begins when students encounter a problem or experience uncertainty that requires careful thinking. a TRUE b FALSE 17 Higher-Order Thinking Skills (HOTS) primarily emphasize memorizing mathematical formulas and procedures rather than analyzing and evaluating ideas. a TRUE b FALSE 18 In the Community of Inquiry (CoI) Framework, deep learning occurs through the interaction of Social Presence, Teaching Presence, and Cognitive Presence. a TRUE b FALSE 19 In the SAMR Model, the Substitution level represents the highest level of technology integration because it transforms learning into tasks that were previously impossible. a TRUE b FALSE 20 Meaningful ICT integration promotes critical thinking by encouraging learners to investigate mathematical concepts, collaborate with others, evaluate different solutions, and communicate their reasoning. a TRUE b FALSE

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QUIZ #3 (Technology for Teaching and Learning 2 – Instrumentation and Technology in Mathematics )

Test

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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QUIZ #3 (Technology for Teaching and Learning 2 – Instrumentation and Technology in Mathematics )Version en ligne

par DELA CRUZ Rowella E.

A teacher wants students to explore how changing the values of affects the graph of a quadratic function. Which ICT tool is most appropriate?

Which ICT tool is most effective for helping students investigate geometric properties by dragging and manipulating figures?

A teacher wants students to organize data, create graphs, and interpret trends from a real-life survey. Which ICT tool should be used?

Which level of the SAMR Model is demonstrated when students use Desmos to explore different graphs, identify patterns, and explain their observations?

How does the strategic use of ICT resources (such as spreadsheets and graphing tools) builds critical thinking among secondary students according to the MATATAG Mathematics Curriculum Framework?

How does John Dewey describe the initial trigger that leads a student to engage in genuine reflective thinking?

Why do Mathematics teachers aim for the Modification and Redefinition levels of the SAMR model when integrating technology?

Which ICT tool is most appropriate for providing immediate feedback through interactive quizzes while checking students' understanding?

Why does ICT help develop critical thinking skills in mathematics?

Which statement best describes the role of ICT in mathematics teaching and learning?

ICT tools such as Desmos and GeoGebra help students explore mathematical concepts and develop critical thinking skills.

Critical thinking in mathematics means memorizing formulas without understanding how or why they work.

Using ICT in mathematics encourages students to analyze, investigate, and justify their mathematical solutions.

ICT tools can provide immediate feedback that helps students identify and correct their mistakes in mathematics.

Critical thinking in mathematics involves evaluating different solution strategies before deciding on the best answer.

According to John Dewey's Theory of Reflective Thinking, meaningful learning begins when students encounter a problem or experience uncertainty that requires careful thinking.

Higher-Order Thinking Skills (HOTS) primarily emphasize memorizing mathematical formulas and procedures rather than analyzing and evaluating ideas.

In the Community of Inquiry (CoI) Framework, deep learning occurs through the interaction of Social Presence, Teaching Presence, and Cognitive Presence.

In the SAMR Model, the Substitution level represents the highest level of technology integration because it transforms learning into tasks that were previously impossible.

Meaningful ICT integration promotes critical thinking by encouraging learners to investigate mathematical concepts, collaborate with others, evaluate different solutions, and communicate their reasoning.