Drbindhu Christopher (16 results)

Condition: New.

Condition: As New. Unread book in perfect condition.

Condition: New.

Condition: As New. Unread book in perfect condition.

Paperback. Condition: new. Paperback. This book is designed to make the concept of power easy to understand through a concept-based and visual learning approach. It helps students clearly understand not just formulas, but the meaning behind them.Visual Learning FocusConcepts are explained using real-life examples like lifts, stairs, cars, and machines.Students can visualize situations such as: Fast vs slow workMachines doing the same work in different timesLearning becomes easier by connecting physics to daily-life experiences.Conceptual ClarityPower is explained in a simple idea: How fast work is doneInstead of memorizing, students understand: Relationship between work, time, and powerWhy less time means more powerDifferences like: Power vs energyAverage power vs instantaneous powerare explained clearly and logically.Structured Learning ApproachThe book follows a step-by-step learning method: Clear theory explanationSimple definitionsReal-life examplesConcept-based questionsNumerical problemsExam-oriented questionsThis helps students move from basic understanding to application easily.Application-Based UnderstandingEmphasis on how power works in real life: Machines (cranes, pumps, motors)Electrical appliances (heater, bulb)Students learn: Why machines have different powerWhy electricity consumption depends on powerExam-Focused LearningIncludes: 2-mark and 4-5 mark questionsMCQsNumerical problemsHelps students prepare effectively for exams with concept clarity + practice.Key Learning OutcomeStudents develop: Strong conceptual understandingAbility to apply concepts in real situationsConfidence in solving numerical and conceptual questions This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. Core Idea of the BookFocuses on static electricity (charges at rest)Uses simple language + real-life examplesDesigned for easy understanding (Grades 5-8)Emphasizes learning by seeing, doing, and thinkingConceptual Learning (Key Strength)The book builds strong concepts step by step: What is chargeTypes of charge (positive & negative)Structure of atomCharging by frictionLaw of charges (attract/repel)Induction (charged attracts neutral)Each concept is: SimpleLogicalConnected to real lifeVisual Learning ApproachLearning is supported through: Diagrams (planned)Activities (water bending, paper, thermocol)Real-life examples (balloon, comb, dust)Helps students: See Understand RememberActivity-Based LearningThe book uses hands-on experiments: Bending water shows attractionPaper bits shows chargingThermocol balls shows inductionStudents: Observe Think ConcludeThis builds deep understanding, not memorization.Micro Teaching DesignContent is divided into small, teachable units: One concept at a timeShort explanationsClear examplesQuick questions after learningPerfect for: Short classroom sessionsStep-by-step teachingBetter student attention. Reinforcement & AssessmentIncludes: 2-mark questionsMCQsHigher-order thinking questionsUnique Features of the BookSimple + visual explanationConcept-first approachActivity-driven learningMicro teaching structureStrong assessment section This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condition: New. Print on Demand.

Condition: New. Print on Demand.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Taschenbuch. Condition: Neu. Neuware - This book is designed to make the concept of power easy to understand through a concept-based and visual learning approach. It helps students clearly understand not just formulas, but the meaning behind them.Visual Learning Focus- Concepts are explained using real-life examples like lifts, stairs, cars, and machines.- Students can visualize situations such as: - Fast vs slow work- Machines doing the same work in different times- Learning becomes easier by connecting physics to daily-life experiences.Conceptual Clarity- Power is explained in a simple idea: - How fast work is done- Instead of memorizing, students understand: - Relationship between work, time, and power- Why less time means more power- Differences like: - Power vs energy- Average power vs instantaneous powerare explained clearly and logically.Structured Learning ApproachThe book follows a step-by-step learning method: - Clear theory explanation- Simple definitions- Real-life examples- Concept-based questions- Numerical problems- Exam-oriented questionsThis helps students move from basic understanding to application easily.Application-Based Understanding- Emphasis on how power works in real life: - Machines (cranes, pumps, motors)- Electrical appliances (heater, bulb)- Students learn: - Why machines have different power- Why electricity consumption depends on powerExam-Focused Learning- Includes: - 2-mark and 4-5 mark questions- MCQs- Numerical problems- Helps students prepare effectively for exams with concept clarity + practice.Key Learning Outcome- Students develop: - Strong conceptual understanding- Ability to apply concepts in real situations- Confidence in solving numerical and conceptual questions.…

Taschenbuch. Condition: Neu. Neuware - Core Idea of the Book- Focuses on static electricity (charges at rest)- Uses simple language + real-life examples- Designed for easy understanding (Grades 5-8)- Emphasizes learning by seeing, doing, and thinkingConceptual Learning (Key Strength)The book builds strong concepts step by step: - What is charge- Types of charge (positive & negative)- Structure of atom- Charging by friction- Law of charges (attract/repel)- Induction (charged attracts neutral)Each concept is: - Simple- Logical- Connected to real lifeVisual Learning Approach- Learning is supported through: - Diagrams (planned)- Activities (water bending, paper, thermocol)- Real-life examples (balloon, comb, dust)Helps students: - See ? Understand ? RememberActivity-Based LearningThe book uses hands-on experiments: - Bending water ? shows attraction- Paper bits ? shows charging- Thermocol balls ? shows inductionStudents: - Observe ? Think ? ConcludeThis builds deep understanding, not memorization.Micro Teaching DesignContent is divided into small, teachable units: - One concept at a time- Short explanations- Clear examples- Quick questions after learningPerfect for: - Short classroom sessions- Step-by-step teaching- Better student attention. Reinforcement & AssessmentIncludes: - 2-mark questions- MCQs- Higher-order thinking questionsUnique Features of the Book- Simple + visual explanation- Concept-first approach- Activity-driven learning- Micro teaching structureStrong assessment section.…

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condition: new. Paperback. Core Idea of the BookFocuses on static electricity (charges at rest)Uses simple language + real-life examplesDesigned for easy understanding (Grades 5-8)Emphasizes learning by seeing, doing, and thinkingConceptual Learning (Key Strength)The book builds strong concepts step by step: What is chargeTypes of charge (positive & negative)Structure of atomCharging by frictionLaw of charges (attract/repel)Induction (charged attracts neutral)Each concept is: SimpleLogicalConnected to real lifeVisual Learning ApproachLearning is supported through: Diagrams (planned)Activities (water bending, paper, thermocol)Real-life examples (balloon, comb, dust)Helps students: See Understand RememberActivity-Based LearningThe book uses hands-on experiments: Bending water shows attractionPaper bits shows chargingThermocol balls shows inductionStudents: Observe Think ConcludeThis builds deep understanding, not memorization.Micro Teaching DesignContent is divided into small, teachable units: One concept at a timeShort explanationsClear examplesQuick questions after learningPerfect for: Short classroom sessionsStep-by-step teachingBetter student attention. Reinforcement & AssessmentIncludes: 2-mark questionsMCQsHigher-order thinking questionsUnique Features of the BookSimple + visual explanationConcept-first approachActivity-driven learningMicro teaching structureStrong assessment section This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. This book is designed to make the concept of power easy to understand through a concept-based and visual learning approach. It helps students clearly understand not just formulas, but the meaning behind them.Visual Learning FocusConcepts are explained using real-life examples like lifts, stairs, cars, and machines.Students can visualize situations such as: Fast vs slow workMachines doing the same work in different timesLearning becomes easier by connecting physics to daily-life experiences.Conceptual ClarityPower is explained in a simple idea: How fast work is doneInstead of memorizing, students understand: Relationship between work, time, and powerWhy less time means more powerDifferences like: Power vs energyAverage power vs instantaneous powerare explained clearly and logically.Structured Learning ApproachThe book follows a step-by-step learning method: Clear theory explanationSimple definitionsReal-life examplesConcept-based questionsNumerical problemsExam-oriented questionsThis helps students move from basic understanding to application easily.Application-Based UnderstandingEmphasis on how power works in real life: Machines (cranes, pumps, motors)Electrical appliances (heater, bulb)Students learn: Why machines have different powerWhy electricity consumption depends on powerExam-Focused LearningIncludes: 2-mark and 4-5 mark questionsMCQsNumerical problemsHelps students prepare effectively for exams with concept clarity + practice.Key Learning OutcomeStudents develop: Strong conceptual understandingAbility to apply concepts in real situationsConfidence in solving numerical and conceptual questions This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…