Simple Bulb Holders

£2.20

Pack Size

Clear

SKU: SKUprbf8erJQa Categories: D&T, Electricity, Electricity, Primary Curriculum, Science Tag: TTS Brand: TTS

Helping to Support Teaching and Learning

Circuit Construction: These bulb holders are ideal for constructing simple series circuits, teaching children to identify basic components like cells, wires, and bulbs.
Understanding Circuits: These holders demonstrate how a lamp lights in a circuit, emphasising the importance of complete loops with a battery.
Interactive Learning: Facilitates practical learning by allowing children to experiment with simple series circuits, enhancing understanding of circuit completion and light mechanisms.
Enhanced Engagement: Helpful in explaining electrical concepts by facilitating hands-on learning with bulb holders, suited for experiments involving electrical components and their functions.
Component Functionality: These bulb holders allow children to compare circuit components, observing changes in bulb brightness and switch positions.

Ideal for supporting circuit work in science and various projects in design and technology.

Facilitates easy construction and exploration of simple electrical circuits, enhancing learning in science.

Easy to integrate into classroom settings, these bulb holders allow children to engage directly in building and understanding simple series electrical circuits. By identifying and naming parts like cells, wires, bulbs, switches, and buzzers, they gain hands-on experience critical to grasping basic electronic concepts.

Incorporating these bulb holders into lessons can support the complexity and excitement of science experiments for Year 4 students. They facilitate learning how to construct circuits and use components optimally including a bulb receptacle. They could investigate how to make a lamp light up within a complete loop, and understand the function of switches in circuit control.
Further usage through Year 6 allows children to explore relations between cells’ number and voltage and the brightness of lamps or volume of buzzers. This hands-on approach empowers students to hypothesise about the physical properties of electrical circuits, supporting curriculum objectives effectively.