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Lamps in Parallel Kit

  • Our Lamps in Parallel Kit Demonstrates Parallel Connection.
  • Suitable for 8th-grade students
  • To determine how the voltage remains the same across each lamp, you can connect a voltmeter across them.

375.00 1,000.00

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Description

Lamps in Parallel Kit – Parallel Circuit Demonstration Model with Voltmeter

The Lamps in Parallel Circuit Kit is a practical physics demonstration model designed to help students understand how electrical components behave when connected in a parallel circuit. It provides hands-on learning of voltage distribution and the independent operation of electrical loads.

The Lamps in Parallel Circuit Kit by Elmo Agencies is designed for practical demonstrations of parallel electrical connections. Manufactured by a scientific manufacturer in Ambala, it is ideal for school physics labs, STEM learning, and classroom experiments.

What is the Lamps in Parallel Kit?

The model features three bulbs connected in parallel, with each bulb controlled by an individual switch. A voltmeter is included to measure the voltage across the bulbs, allowing students to observe that the voltage remains the same across each branch of a parallel circuit.

The complete setup is mounted on a durable plastic base, providing a convenient arrangement for classroom demonstrations and laboratory experiments.

Key Features

  • Three bulbs connected in parallel
  • Voltmeter for voltage measurement
  • Individual switches for each bulb
  • Demonstrates equal voltage across parallel branches
  • Battery-operated system
  • Durable plastic base
  • Suitable for classroom and laboratory use

Educational Applications

Parallel Circuit Demonstration

Demonstrates how electrical current can flow through multiple branches in a parallel circuit.

Voltage Measurement

Allows students to measure and compare the voltage across individual bulbs.

Independent Operation of Loads

Shows how individual branches can operate independently, so the other bulbs can continue working if one bulb is switched off.

Physics Laboratory Experiment

Provides a practical setup for learning fundamental electrical circuit concepts.

STEM Learning

Encourages interactive learning and helps students understand parallel circuit connections through direct experimentation.

Specifications

  • Product: Lamps in Parallel Circuit Kit
  • Size: 29 × 15 × 5 cm
  • Base: Plastic board
  • Circuit Type: Parallel connection
  • Components: 3 bulbs, switches, voltmeter, battery holder
  • Operation: Battery powered
  • Use: Physics and STEM laboratory

Ideal For

  • School physics laboratories
  • STEM labs
  • Electricity experiments
  • Classroom demonstrations
  • Science exhibitions
  • Educational institutions

Frequently Asked Questions (FAQs)

What does this model demonstrate?

It demonstrates the working of a parallel circuit using three bulbs connected across separate branches.

What is the role of the voltmeter?

The voltmeter is used to measure the voltage across the bulbs and compare the voltage between different branches.

What concept does the kit teach?

It demonstrates voltage distribution in parallel circuits and the independent operation of electrical loads.

What happens if one bulb is switched off?

The other bulbs can continue operating because each bulb is connected through its own parallel branch.

Is it suitable for school laboratories?

Yes, the kit is suitable for physics laboratories, STEM education, classroom demonstrations, and practical electricity experiments.

Who manufactures the Lamps in Parallel Circuit Kit?

The Lamps in Parallel Circuit Kit is manufactured by Elmo Agencies, a trusted Manufacturer in Ambala specializing in scientific laboratory equipment and educational teaching aids.

Conclusion

The Lamps in Parallel Circuit Kit from Elmo Agencies is an effective educational tool for understanding parallel circuits and voltage distribution. With three bulbs, individual switches, and a voltmeter, it provides a practical way to study electrical connections and is suitable for school laboratories, STEM learning, and classroom electricity demonstrations.

Specification
Dimensions 29 × 15 × 5 cm