Fundamentals of Electricity

Introduction to Electricity - Importance of electricity in the society

By the end of the lesson, the learner should be able to:

- Define the term electricity
- Explain the importance of electricity in various sectors of society
- Relate the role of electricity to daily activities like cooking, lighting and communication

- Discuss the meaning of electricity with peers
- Brainstorm the importance of electricity in the society
- Use digital or print media to search for information on the uses of electricity in day-to-day life
- Present findings to classmates

How does electricity impact our daily lives?

- Master Electricity Learner's Book Grade 10 pg. 1
- Digital devices
- Charts showing uses of electricity

- Oral questions - Observation - Written assignments

Fundamentals of Electricity

Introduction to Electricity - Importance of electricity in industries and hospitals
Introduction to Electricity - Career opportunities in electrical technology

By the end of the lesson, the learner should be able to:

- Describe the role of electricity in industries
- Explain how electricity is used in hospitals
- Connect the importance of electricity to essential services like healthcare and manufacturing

- Discuss the importance of electricity in industries
- Research and present findings on the role of electricity in hospitals
- Use digital devices to search for information on electricity in healthcare

Why is electricity essential in hospitals and industries?

- Master Electricity Learner's Book Grade 10 pg. 2
- Digital devices
- Internet access
- Master Electricity Learner's Book Grade 10 pg. 3
- Career brochures
- Digital devices

- Oral questions - Group presentations - Written tests

Fundamentals of Electricity

Introduction to Electricity - Career wheel project

By the end of the lesson, the learner should be able to:

- Create a career wheel showing opportunities in electrical technology
- Present career information to peers
- Value electrical technology as a viable career path

- Make a career wheel on career opportunities in the field of electricity using locally available materials
- Discuss with peers the career opportunities identified
- Display career wheel for peer review

How can visual tools help in understanding career options in electricity?

- Master Electricity Learner's Book Grade 10 pg. 5
- Cardboard, markers, scissors
- Split pins

- Project work - Observation - Peer assessment

Fundamentals of Electricity

Introduction to Electricity - Safety rules and regulations
Introduction to Electricity - Personal Protective Equipment (PPE)
Introduction to Electricity - Roles of workers and employers in electrical safety

By the end of the lesson, the learner should be able to:

- Identify safety rules and regulations in electrical technology workplace
- Explain the importance of safety regulations
- Recognize the dangers of ignoring electrical safety in homes and workplaces

- Identify appropriate Personal Protective Equipment for electrical work
- Demonstrate proper use of PPE
- Apply safety practices to prevent electrical accidents at home and school

- Use digital or print media to search for information on safety rules and regulations
- Discuss safety regulations while carrying out electrical tasks
- Prepare a presentation on safety rules in an electricity workshop

- Role play on demonstration of safety regulations including use of PPE
- Identify various safety measures while performing electrical tasks
- Practice proper cleaning and storage of tools

Why is it important to follow safety regulations when working with electricity?
What PPE should be used when performing electrical tasks?

- Master Electricity Learner's Book Grade 10 pg. 6
- Safety posters
- First aid kit
- Assorted electrical PPEs
- Master Electricity Learner's Book Grade 10 pg. 7
- Insulated gloves
- Safety glasses
- Rubber-soled shoes
- Master Electricity Learner's Book Grade 10 pg. 10
- Safety regulation documents
- Digital devices

- Oral questions - Observation - Written tests
- Practical demonstration - Observation - Oral questions

Fundamentals of Electricity

Introduction to Electricity - Role of government agencies in electrical safety

By the end of the lesson, the learner should be able to:

- Explain the role of government agencies in electrical safety
- Describe how safety standards are enforced
- Relate government safety regulations to protection of workers and the public

- Use digital or print media to search for information on the role of government agencies in electrical safety
- Discuss how government enforces electrical safety standards
- Visit a local electrical technology workplace to explore safety practices

How do government agencies ensure electrical safety in workplaces?

- Master Electricity Learner's Book Grade 10 pg. 11
- Safety regulation documents
- Digital devices

- Written tests - Oral questions - Portfolio

Fundamentals of Electricity

D.C Electric Circuits - Parts and properties of an electric circuit

By the end of the lesson, the learner should be able to:

- Define the term electric circuit
- Identify the main parts of an electric circuit
- Relate electric circuits to everyday devices like torches and doorbells

- Use digital and print media to search for information on the parts and properties of an electric circuit
- Set up a simple electric circuit using cells, bulb, switch and connecting cables
- Observe what happens when the switch is closed

What are the essential components of an electric circuit?

- Master Electricity Learner's Book Grade 10 pg. 15
- Cells, bulb, bulb holder
- Switch, connecting cables

- Practical tasks - Observation - Oral questions

Fundamentals of Electricity

D.C Electric Circuits - Electrical symbols and circuit diagrams

By the end of the lesson, the learner should be able to:

- Identify standard electrical symbols used in circuit diagrams
- Draw simple circuit diagrams using standard symbols
- Apply circuit symbols to represent real electrical components

- Study standard electrical symbols for circuit components
- Draw electrical circuits using standard symbols
- Interpret circuit diagrams to identify components

Why are standard symbols important in electrical circuit diagrams?

- Master Electricity Learner's Book Grade 10 pg. 17
- Chart showing electrical symbols
- Drawing materials

- Written tests - Practical tasks - Observation

Fundamentals of Electricity

D.C Electric Circuits - Zeroing of measuring instruments
D.C Electric Circuits - Relationship between current and voltage in series circuit
D.C Electric Circuits - Relationship between current and voltage in parallel circuit

By the end of the lesson, the learner should be able to:

- Explain the concept of zeroing in measuring instruments
- Perform zeroing on ammeter and voltmeter
- Recognize the importance of accurate measurements in electrical diagnostics and repairs

- Describe the relationship between current and voltage in a parallel circuit
- Measure current through different branches in a parallel circuit
- Apply Kirchhoff's current law to household wiring and appliance connections

- Use digital or print media to search for information on zeroing of measuring instruments
- Identify types of zero error in measuring instruments
- Adjust zero error on ammeter using a screwdriver

- Connect resistors in parallel and measure current through each branch
- Investigate the relationship between total current and branch currents
- Verify Kirchhoff's current law through experiments

Why is zeroing important before taking measurements?
How does current behave in a parallel circuit?

- Master Electricity Learner's Book Grade 10 pg. 17
- Ammeter, voltmeter
- Screwdriver
- Master Electricity Learner's Book Grade 10 pg. 19
- Resistors, connecting wires
- Voltmeter, milliammeter
- Dry cells

- Master Electricity Learner's Book Grade 10 pg. 21
- Resistors, connecting wires
- Voltmeter, milliammeter
- Dry cells

- Practical tasks - Observation - Oral questions
- Practical tasks - Written tests - Observation

Fundamentals of Electricity

D.C Electric Circuits - Ohm's Law

By the end of the lesson, the learner should be able to:

- State Ohm's Law
- Verify Ohm's Law experimentally
- Apply Ohm's Law to calculate values in phone chargers and household appliances

- Set up a resistive circuit with ammeter and voltmeter
- Measure voltage and current for different resistance values
- Calculate resistance using V=IR formula

What is the relationship between voltage, current and resistance?

- Master Electricity Learner's Book Grade 10 pg. 22
- Battery, wires, switch
- Resistor, ammeter, voltmeter

- Practical tasks - Written tests - Calculations

Fundamentals of Electricity

D.C Electric Circuits - Relationship between current and resistance

By the end of the lesson, the learner should be able to:

- Investigate the relationship between current and resistance
- Explain how resistance affects current flow
- Relate resistance concepts to electric heaters and light bulb filaments

- Connect circuits with different resistor values
- Measure current for each resistor value
- Discuss what happens to current when resistance changes

How does resistance affect the flow of current in a circuit?

- Master Electricity Learner's Book Grade 10 pg. 23
- Resistors of different values
- Ammeter, voltmeter
- Battery, connecting wires

- Practical tasks - Written tests - Observation

Fundamentals of Electricity

D.C Electric Circuits - Series resistance networks
D.C Electric Circuits - Current and voltage in series circuits

By the end of the lesson, the learner should be able to:

- Explain how resistors combine in series
- Calculate total resistance in series circuits
- Apply series resistance concepts to voltage dividers in electronic devices

- Connect resistors in series and measure total resistance
- Use ohmmeter to verify total resistance
- Calculate total resistance using the formula RT = R1 + R2 + R3

How do you calculate total resistance in a series circuit?

- Master Electricity Learner's Book Grade 10 pg. 25
- Resistors (470Ω, 100Ω, 220Ω)
- Ohmmeter
- Connecting wires
- Master Electricity Learner's Book Grade 10 pg. 27
- Resistors, connecting wires
- Three ammeters
- Battery, switch

- Practical tasks - Calculations - Written tests

Fundamentals of Electricity

D.C Electric Circuits - Parallel resistance networks

By the end of the lesson, the learner should be able to:

- Explain how resistors combine in parallel
- Calculate total resistance in parallel circuits
- Apply parallel resistance concepts to home electrical wiring systems

- Connect resistors in parallel and measure total resistance
- Use ohmmeter to measure resistance between connection points
- Calculate total resistance using the parallel formula

How do you calculate total resistance in a parallel circuit?

- Master Electricity Learner's Book Grade 10 pg. 29
- Resistors of different values
- Ohmmeter
- Connecting wires

- Practical tasks - Calculations - Written tests

Fundamentals of Electricity

D.C Electric Circuits - Current and voltage in parallel circuits

By the end of the lesson, the learner should be able to:

- Investigate current distribution in parallel circuits
- Measure voltage across parallel branches
- Connect parallel circuit behavior to multiple appliances running simultaneously at home

- Connect a parallel circuit with multiple resistors and ammeters
- Measure current through each branch
- Compare branch currents and total current

How is current distributed in a parallel circuit?

- Master Electricity Learner's Book Grade 10 pg. 31
- Resistors, connecting wires
- Three ammeters, voltmeters
- Battery, switch

- Practical tasks - Observation - Written tests

Fundamentals of Electricity

D.C Electric Circuits - Power in DC circuits

By the end of the lesson, the learner should be able to:

- Define electrical power
- Calculate power in a DC circuit using P=VI
- Relate power calculations to electricity bills and appliance ratings

- Investigate the relationship between voltage and current in a DC circuit
- Calculate power consumed by the circuit using P=VI
- Discuss practical applications of power calculations

How do you calculate power consumed in a DC circuit?

- Master Electricity Learner's Book Grade 10 pg. 33
- Power supply, ammeter, voltmeter
- Resistor, connecting wires

- Practical tasks - Calculations - Written tests

Fundamentals of Electricity

D.C Electric Circuits - Power in DC circuits

By the end of the lesson, the learner should be able to:

- Define electrical power
- Calculate power in a DC circuit using P=VI
- Relate power calculations to electricity bills and appliance ratings

- Investigate the relationship between voltage and current in a DC circuit
- Calculate power consumed by the circuit using P=VI
- Discuss practical applications of power calculations

How do you calculate power consumed in a DC circuit?

- Master Electricity Learner's Book Grade 10 pg. 33
- Power supply, ammeter, voltmeter
- Resistor, connecting wires

- Practical tasks - Calculations - Written tests

Fundamentals of Electricity

D.C Electric Circuits - Energy in DC circuits

By the end of the lesson, the learner should be able to:

- Define electrical energy
- Calculate energy consumed in a DC circuit using E=VIt
- Apply energy calculations to estimate costs of running electrical appliances

- Calculate energy consumed by a circuit over time
- Solve problems involving power and energy calculations
- Discuss the relationship between energy, power and time

How is electrical energy calculated in a circuit?

- Master Electricity Learner's Book Grade 10 pg. 34
- Stopwatch
- Power supply, ammeter, voltmeter
- Resistor

- Written tests - Calculations - Oral questions

Fundamentals of Electricity

D.C Electric Circuits - Energy in DC circuits

By the end of the lesson, the learner should be able to:

- Define electrical energy
- Calculate energy consumed in a DC circuit using E=VIt
- Apply energy calculations to estimate costs of running electrical appliances

- Calculate energy consumed by a circuit over time
- Solve problems involving power and energy calculations
- Discuss the relationship between energy, power and time

How is electrical energy calculated in a circuit?

- Master Electricity Learner's Book Grade 10 pg. 34
- Stopwatch
- Power supply, ammeter, voltmeter
- Resistor

- Written tests - Calculations - Oral questions

Fundamentals of Electricity

D.C Electric Circuits - Types of faults in DC circuits

By the end of the lesson, the learner should be able to:

- Identify types of faults in DC circuits
- Describe characteristics of open circuit, short circuit, dry joints and loose terminals
- Recognize fault symptoms in household electrical devices

- Use digital or print media to search for types of faults in DC circuits
- Discuss the characteristics of each type of fault
- Identify fault indicators in circuit diagrams

What are the common types of faults in DC circuits?

- Master Electricity Learner's Book Grade 10 pg. 37
- Digital devices
- Faulty circuit samples

- Oral questions - Written tests - Observation

Fundamentals of Electricity

D.C Electric Circuits - Troubleshooting faults using test instruments

By the end of the lesson, the learner should be able to:

- Use measuring and test instruments to trace faults in DC circuits
- Demonstrate troubleshooting procedures for common faults
- Apply troubleshooting skills to repair faulty torches and simple devices

- Set up a circuit with intentional faults
- Use multimeter to check continuity and resistance
- Trace and identify faults using test instruments

How do you use test instruments to troubleshoot faults in DC circuits?

- Master Electricity Learner's Book Grade 10 pg. 37
- Multimeter
- Faulty circuit boards
- Connecting wires

- Practical tasks - Observation - Oral questions

Fundamentals of Electricity

D.C Electric Circuits - Troubleshooting faults using test instruments

By the end of the lesson, the learner should be able to:

- Use measuring and test instruments to trace faults in DC circuits
- Demonstrate troubleshooting procedures for common faults
- Apply troubleshooting skills to repair faulty torches and simple devices

- Set up a circuit with intentional faults
- Use multimeter to check continuity and resistance
- Trace and identify faults using test instruments

How do you use test instruments to troubleshoot faults in DC circuits?

- Master Electricity Learner's Book Grade 10 pg. 37
- Multimeter
- Faulty circuit boards
- Connecting wires

- Practical tasks - Observation - Oral questions

Fundamentals of Electricity

Cells and Batteries - Structure and operation of primary cells
Cells and Batteries - Simple cell defects and remedies
Cells and Batteries - Charging and discharging process

By the end of the lesson, the learner should be able to:

- Define the terms cell and battery
- Describe the principle of operation of primary cells
- Relate primary cells to everyday devices like remote controls and wall clocks

- Explain the charging and discharging process in secondary cells
- Describe the chemical reactions during charging and discharging
- Relate secondary cell operation to rechargeable phone batteries and car batteries

- Use digital and print media to search for information on principle of operation of primary cells
- Make a simple cell using lemon, zinc and copper plates
- Measure voltage produced by the simple cell

- Set up an experiment to demonstrate charging and discharging of secondary cells
- Observe ammeter readings during charging and discharging
- Discuss the chemical changes occurring at the electrodes

How do primary cells produce electricity?
How do secondary cells store and release electrical energy?

- Master Electricity Learner's Book Grade 10 pg. 43
- Lemon, zinc plate, copper plate
- Voltmeter
- Connecting wires
- Master Electricity Learner's Book Grade 10 pg. 44
- Sulphuric acid, zinc, copper
- Beaker, connecting wires
- Safety goggles, gloves

- Master Electricity Learner's Book Grade 10 pg. 46
- Lead plates, dilute sulphuric acid
- Charging battery, ammeter
- Connecting wires, switch

- Practical tasks - Observation - Oral questions
- Practical tasks - Observation - Written tests

Fundamentals of Electricity

Cells and Batteries - Series connection of batteries

By the end of the lesson, the learner should be able to:

- Explain how batteries are connected in series
- Measure total voltage of batteries connected in series
- Apply series battery connections to power devices requiring higher voltage

- Connect dry cells in series using cell holders
- Measure and record voltage of each cell and total voltage
- Discuss the relationship between individual and total voltage

What happens to voltage when batteries are connected in series?

- Master Electricity Learner's Book Grade 10 pg. 48
- Three dry cells (1.5V each)
- Cell holders, voltmeter
- Connecting wires

- Practical tasks - Calculations - Observation

Fundamentals of Electricity

Cells and Batteries - Parallel connection of batteries
Cells and Batteries - Methods of charging batteries

By the end of the lesson, the learner should be able to:

- Explain how batteries are connected in parallel
- Measure total voltage of batteries connected in parallel
- Apply parallel battery connections to increase current capacity in solar systems

- Connect dry cells in parallel using cell holders
- Measure and record voltage across the parallel combination
- Discuss the effect of parallel connection on current capacity

What happens to voltage and current when batteries are connected in parallel?

- Master Electricity Learner's Book Grade 10 pg. 49
- Three dry cells
- Cell holders, voltmeter
- Connecting wires
- Master Electricity Learner's Book Grade 10 pg. 50
- Solar panel, rechargeable battery
- Diode, wires, voltmeter
- Digital devices

- Practical tasks - Observation - Written tests

Fundamentals of Electricity

Cells and Batteries - Battery maintenance procedures

By the end of the lesson, the learner should be able to:

- Describe maintenance procedures for cells and batteries
- Perform basic maintenance tasks on batteries
- Apply proper maintenance to extend battery life in motorcycles and vehicles

- Research maintenance procedures for cells and batteries
- Practice cleaning battery terminals using baking soda solution
- Check battery water levels using appropriate instruments

How do you maintain cells and batteries for optimal performance?

- Master Electricity Learner's Book Grade 10 pg. 54
- Car battery, baking soda
- Water, cloth, gloves
- Acid hydrometer

- Practical tasks - Observation - Oral questions

Fundamentals of Electricity

Cells and Batteries - Safe handling and disposal of batteries
Capacitors and Capacitance - Structure and operation of a capacitor

By the end of the lesson, the learner should be able to:

- Identify hazardous materials in batteries
- Explain safe disposal methods for cells and batteries
- Apply environmental safety practices to protect soil and water from battery pollution

- Define a capacitor
- Describe the structure and principle of operation of a capacitor
- Relate capacitor operation to camera flashes and power supply smoothing

- Use digital devices to search for information on hazardous materials in batteries
- Discuss safe handling and disposal methods
- Research local recycling facilities for battery disposal

- Use digital and print media to search for information on the principle of operation of a capacitor
- Identify the parts of a capacitor
- Discuss how capacitors store electrical charge

Why is safe disposal of batteries important for the environment?
How does a capacitor store electrical energy?

- Master Electricity Learner's Book Grade 10 pg. 55
- Sample batteries
- Safety gloves
- Digital devices

- Master Electricity Learner's Book Grade 10 pg. 58
- Sample capacitors
- Digital devices
- Charts showing capacitor structure

- Written tests - Oral questions - Group discussions
- Oral questions - Written tests - Observation

Fundamentals of Electricity

Capacitors and Capacitance - Voltage-time characteristics of capacitors
Capacitors and Capacitance - Current-time characteristics of capacitors

By the end of the lesson, the learner should be able to:

- Describe the voltage-time characteristics of a charging capacitor
- Plot a graph of voltage against time for a charging capacitor
- Relate capacitor charging curves to timing circuits in alarms and automatic lights

- Set up a capacitor-resistor circuit and measure voltage at intervals
- Record voltage readings and plot voltage-time graph
- Describe the shape of the charging curve

How does voltage change across a capacitor during charging?

- Master Electricity Learner's Book Grade 10 pg. 60
- Capacitor (1000μF), resistor
- Voltmeter, stopwatch
- Battery, switch
- Master Electricity Learner's Book Grade 10 pg. 62
- Capacitor, resistor
- Ammeter, stopwatch

- Practical tasks - Graph plotting - Written tests

Fundamentals of Electricity

Capacitors and Capacitance - Properties and selection of capacitors

By the end of the lesson, the learner should be able to:

- Read and interpret capacitor labels
- Select appropriate capacitors for given applications
- Apply capacitor selection criteria to audio systems and power supplies

- Examine capacitor labels to identify capacitance, voltage rating and tolerance
- Discuss factors to consider when selecting capacitors
- Match capacitors to specific circuit requirements

What factors should be considered when selecting a capacitor?

- Master Electricity Learner's Book Grade 10 pg. 63
- Assorted capacitors
- Digital multimeter
- Circuit diagrams

- Practical tasks - Oral questions - Written tests

Fundamentals of Electricity

Capacitors and Capacitance - Series connection of capacitors

By the end of the lesson, the learner should be able to:

- Explain how capacitors combine in series
- Calculate total capacitance for capacitors in series
- Apply series capacitor connections to voltage divider circuits

- Connect capacitors in series and measure total capacitance
- Verify the formula for capacitors in series
- Calculate total capacitance using 1/CT = 1/C1 + 1/C2 + 1/C3

How do you calculate total capacitance for capacitors in series?

- Master Electricity Learner's Book Grade 10 pg. 64
- Electrolytic capacitors
- Digital multimeter
- Connecting wires, power supply

- Practical tasks - Calculations - Written tests

Fundamentals of Electricity

Capacitors and Capacitance - Parallel connection of capacitors
Capacitors and Capacitance - Series-parallel capacitor combinations
Capacitors and Capacitance - Applications of capacitors

By the end of the lesson, the learner should be able to:

- Explain how capacitors combine in parallel
- Calculate total capacitance for capacitors in parallel
- Apply parallel capacitor connections to increase energy storage in power banks

- Analyse circuits with series-parallel capacitor combinations
- Calculate total capacitance in complex circuits
- Apply combined connections to filter circuits in radios and televisions

- Connect capacitors in parallel and measure total capacitance
- Verify the formula for capacitors in parallel
- Calculate total capacitance using CT = C1 + C2 + C3

- Draw and analyse series-parallel capacitor circuits
- Calculate total capacitance step by step
- Solve problems involving series-parallel combinations

How do you calculate total capacitance for capacitors in parallel?
How do you calculate total capacitance in a series-parallel circuit?

- Master Electricity Learner's Book Grade 10 pg. 68
- Electrolytic capacitors
- Digital multimeter
- Connecting wires
- Master Electricity Learner's Book Grade 10 pg. 72
- Assorted capacitors
- Digital multimeter
- Circuit diagrams
- Master Electricity Learner's Book Grade 10 pg. 74
- Sample appliances with capacitors
- Digital devices
- Charts

- Practical tasks - Calculations - Written tests
- Written tests - Calculations - Problem solving

Fundamentals of Electricity

Pictorial Drawing - Types of pictorial drawing

By the end of the lesson, the learner should be able to:

- Define pictorial drawing
- Identify different types of pictorial drawing
- Relate pictorial drawings to product designs and assembly instructions

- Use digital or print media to search for information on types of pictorial drawing
- Observe illustrations of isometric, oblique and perspective drawings
- Discuss the differences between types of pictorial drawings

What are the different types of pictorial drawings?

- Master Electricity Learner's Book Grade 10 pg. 75
- Textbooks on technical drawing
- Sample pictorial drawings
- Digital devices

- Oral questions - Observation - Written tests

Fundamentals of Electricity

Pictorial Drawing - Principles of isometric and oblique drawing

By the end of the lesson, the learner should be able to:

- Explain the principles of isometric drawing
- Explain the principles of oblique drawing
- Apply drawing principles to create 3D representations of electrical components

- Study the principles of isometric drawing (30° angles, equal scaling)
- Study the principles of oblique drawing (45° angles, front face true shape)
- Sketch basic shapes using both methods

What are the key principles of isometric and oblique drawings?

- Master Electricity Learner's Book Grade 10 pg. 76
- Drawing instruments
- Set squares (30-60°, 45°)
- Graph paper

- Practical tasks - Observation - Portfolio

Fundamentals of Electricity

Pictorial Drawing - Drawing on isometric and oblique grids
Pictorial Drawing - Drawing isometric circles

By the end of the lesson, the learner should be able to:

- Draw objects on isometric grid paper
- Draw objects on oblique grid paper
- Use grid drawings to design simple electrical enclosures

- Use isometric grid paper to draw regular shaped objects
- Use oblique grid paper to draw regular shaped objects
- Compare drawings on both grid types

How do you use grid papers to create pictorial drawings?

- Master Electricity Learner's Book Grade 10 pg. 82
- Isometric grid paper
- Oblique grid paper
- Pencils, erasers
- Master Electricity Learner's Book Grade 10 pg. 86
- Compass, ruler
- Set squares
- Drawing paper

- Practical tasks - Portfolio - Peer assessment

Fundamentals of Electricity

Pictorial Drawing - Interpreting 2D and 3D views
Pictorial Drawing - Applications of pictorial drawings in engineering

By the end of the lesson, the learner should be able to:

- Interpret pictorial drawings to extract information
- Identify hidden details and slanting faces in drawings
- Apply interpretation skills to read electrical equipment diagrams

- Explain the importance of pictorial drawings in engineering design
- Describe applications of pictorial drawings in manufacturing
- Relate pictorial drawings to assembly instructions and product manuals

- Analyse pictorial drawings to identify features
- Identify front elevation, side elevation and plan views
- Sketch 2D views from given 3D objects

- Use digital or print media to search for applications of pictorial drawings
- Discuss how pictorial drawings enhance visualisation
- Present findings on the importance of pictorial drawings in engineering

How do you extract information from pictorial drawings?
Why are pictorial drawings important in engineering design?

- Master Electricity Learner's Book Grade 10 pg. 89
- Sample pictorial drawings
- Drawing instruments
- Graph paper

- Master Electricity Learner's Book Grade 10 pg. 93
- Engineering drawings
- Assembly manuals
- Digital devices

- Written tests - Practical tasks - Observation
- Oral questions - Presentations - Written tests