About Basic Electricity Kit
Basic Electricity Kit
Specifications of Basic Electricity Kit
Designed as a resource for the teaching of introductory electricity, these kits include well structured instructional material and robust components mounted on tough, yellow plastic bases, each with two 4 mm sockets. The panels are formed into circuits by connecting them together using 4 mm stackable leads. Kit A is for a group of up to 6 students, while Kit B contains additional items and consumables which could be issued by teachers are required. Only one Kit B would be needed by a class. A Teacher's Manual is included in Kit A which introduces each items of equipment and a range of tasks and investigations. Topics covered are bulbs and cells, switches, electromagnets, motors and buzzers.Components of Kit A: 6 cell holders (without cells), 6 bulbs in holders, 3 press switches, 3 two-way switches, 18 connecting leads, Primary Electricity Kit booklet.Components of Kit B: 20 replacement bulbs, 4 variable resistors, 3 motors, 3 buzzers, 2 electrodes holders, 3 diodes, 3 fixed resistors, 4 universal clips with 8 crocodile clips, 6 steel rods, reel of plastic coated wire. Supplied in a robust polystyrene box.
Other Information :
Pay Mode Terms: L/C (Letter of Credit), T/T (Bank Transfer).
Comprehensive Learning ToolThe Basic Electricity Kit introduces foundational electrical concepts such as voltage, resistance, and current. Students get practical exposure by building real working circuits, fostering a clear understanding of theoretical knowledge through hands-on assembly. The kit demonstrates a variety of experiments, including lighting bulbs, activating buzzers, and controlling fans, all with simple, reusable parts.
Safety and Quality StandardsThis kit is manufactured to comply with standard school laboratory requirements. Each component is constructed using robust, non-toxic materials, enhancing both durability and user safety. Detailed safety instructions accompany the kit, ensuring secure handling for every experiment. Its design makes it suitable for repeated educational use in classrooms or science labs.
Organized and Easy to UseAll parts fit neatly into a compartmentalized box, making organization and storage effortless. Clear, step-by-step instructions help students assemble circuits manually without digital displays. With its user-friendly design, the kit promotes self-directed learning and creative exploration of basic electrical experiments tailored for young learners.
FAQs of Basic Electricity Kit:
Q: How do students assemble circuits using the Basic Electricity Kit?
A: Students manually connect the provided componentssuch as wires, switches, bulbs, and motorsusing easy-to-connect blocks and push switches. The included instruction manual offers step-by-step guidance, enabling straightforward assembly and dismantling for multiple experiments.
Q: What educational concepts can be demonstrated with this kit?
A: The kit is designed to teach the basic principles of electricity, including voltage, current, resistance, and the differences between series and parallel circuits. Through hands-on experiments, students observe how electrical energy powers motors, bulbs, and buzzers.
Q: When is the best time and place to use the Basic Electricity Kit?
A: The kit is ideally used during science laboratory sessions or classroom activities focused on physics or general science topics. It is suitable for students aged 10 and above, making it a valuable tool for academic training throughout the school year.
Q: Where can all the kit components be stored when not in use?
A: All components are organized within a compact, compartmentalized box included with the kit. This ensures safe, convenient storage and quick accessibility for repeated use.
Q: What is the process for conducting experiments like lighting a bulb or powering a buzzer?
A: Simply connect the relevant components (such as the battery holder, switches, and bulbs or buzzers) as described in the manual. Once the circuit is assembled and a 6V battery is inserted, the electric current will power the device instantly.
Q: How does this kit benefit students in learning about electricity?
A: By providing a hands-on experience, the kit transforms theoretical concepts into interactive learning moments. This approach aids memory retention, encourages problem-solving, and helps students understand how electrical components work in real circuits.
Q: Are all components reusable for multiple experiments?
A: Yes, all kit components are durable and designed for repeated assembly and disassembly, allowing students to perform multiple experiments over time without loss of function.