Clearance M.E.S. Lens End Light Bulb 2.2v Electricity|Electricity

2,92 £

SKU: SKUEQzhJ8Up3o Categories: D&T, Electricity, Electricity, Primary Curriculum, Science Tag: TTS Brand: TTS

Description
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Helping to Support Teaching and Learning

Durable Design: The robust design of this bulb, constructed to withstand impacts, reduces the likelihood of breakage when dropped, ensuring longevity in busy classroom environments.
Educational Compatibility: These bulbs enhance children’s understanding of basic circuit components by helping them construct simple series electrical circuits, making them ideal for the Year 4 science curriculum.
Enhanced Learning: Fostering practical technical knowledge, this tool enables children to explore and use electrical systems in design and technology projects, supporting Key Stage 2 learning.
Circuit Experimentation: Helps Year 6 students understand changes in lamp brightness with varying cell numbers and voltages, facilitating experiments aligned with science objectives.
Component Functionality: Helping Year 6 children understand factors affecting bulb brightness and switch positions, these bulbs are perfect for comparing variations in circuit components.

M.E.S. Lens End Light Bulb 2.2v

A robust 2.5V light bulb, designed for educational use, offers increased durability against drops.

Overview

This 2.5V bulb is ideal for educational use, supporting one or two battery setups for versatile teaching.

Designed for durability, this light bulb offers substantial resistance to physical impacts, making it an ideal choice for school settings where equipment often faces rough handling.

Appropriate for Year 4 and Year 6 science curricula, it aids students in constructing and understanding basic serial circuits, and the effects of using different numbers and voltages of cells. It also allows practical exploration of how components like bulbs and switches influence circuit functions.
Further enhancing science and technology education, these light bulbs embody a cost-effective solution for schools by reducing the frequency of replacements. Their compatibility with different battery configurations adds to their practical utility in classrooms, facilitating numerous experiments aligned with the educational curriculum.