Public learning track
Circuit Symbols and Scientific Diagrams
3rd Grade · Science · UK National Curriculum
8 lessons
Goal
Recognise, draw, and interpret standard scientific circuit symbols and schematic diagrams for simple circuits.
Featured Diagrams
Identifying Circuit Components: Cells, Wires, Bulbs, Buzzers, and Motors
8 lessons
0 of 8 done
- 1Identifying Circuit Components: Cells, Wires, Bulbs, Buzzers, and MotorsUp nextStart
- 2Standard Scientific Symbols for a Single Cell and a BatteryPremiumNot started yet
- 3Standard Symbols for Lamps, Buzzers, and MotorsNot started yet
- 4Circuit Symbols: Cells, Lamps, and SwitchesNot started yet
- 5Drawing Straight-Line Scientific Circuit DiagramsNot started yet
- 6Translating Physical Circuits into Circuit DiagramsNot started yet
- 7Building Real Circuits from Schematic DiagramsNot started yet
- 8Spotting Mistakes and Broken Loops in Circuit DiagramsNot started yet
Standards Covered
- science.ks3.y2.t5.s2National Curriculum (England) · Science · Year 3 (KS2) · Grade 3compare and give reasons for variations in how components function, including the brightness of bulbs, the loudness of buzzers and the on/off position of switches
- science.ks3.y2.t5.s3National Curriculum (England) · Science · Year 3 (KS2) · Grade 3use recognised symbols when representing a simple circuit in a diagram.
Curriculum Framework
3rd Grade · Science · UK National Curriculum
1
8 lessons
Circuit Symbols and Scientific Diagrams
Recognise, draw, and interpret standard scientific circuit symbols and schematic diagrams for simple circuits.
2
7 lessons
Investigating Voltage, Cells, and Component Power
Explain and investigate how changing the number and voltage of cells alters lamp brightness, buzzer volume, and motor speed.
3
7 lessons
Circuit Variations, Switches, and Component Function
Compare and explain variations in component behaviour caused by adding components, wire lengths, and switch positions.
4
5 lessons
Troubleshooting, Testing, and Designing Practical Circuits
Diagnose circuit faults, apply conductivity knowledge, and design working circuits for real-world devices.