Electrical Circuits Kit
This kit is a complete, classroom-ready learning solution that transforms abstract electricity concepts into clear, hands-on understanding. Its key strengths lie in its fully self-contained design and the inclusion of 15 identical sets of robust components, making it ideal for group learning. This ensures students move beyond simply following steps to truly understanding the core principles of electrical circuits through direct experimentation, observation, and discovery.
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Elementa kits
Introductory Physics
Uncover the secrets of science with this exciting kit!
Explore the wonders of physics with this engaging kit! Dive into hands-on experiments covering mechanics, density, buoyancy, and measurement. Perfect for sparking curiosity, it transforms complex concepts into fun, interactive learning experiences helping students build critical thinking skills while exploring the science that shapes our world.
All components are thoughtfully arranged in a durable plastic storage box, ensuring effortless organization. This smart design guarantees a hassle-free setup and enables consistent, repeatable experiments every time.
Dive into discovery with a series of captivating experiments!
- Explore Archimedes’ Principle through hands-on activities. See how objects float or sink and uncover the secrets of buoyancy!
- Measure displaced water and understand gravitational force. And see how much water is pushed away when objects dive in.
- Determine mass and calculate density with precision.
- Discover volume using both direct and indirect methods.
- Compare various measurement techniques for accuracy.
A comprehensive manual designed for both teachers and students accompanies this kit, guiding every step with clear instructions and insightful explanations
Supplementary Material Needed:
Digital Balance
Least count: 0.01g
Maximum Capacity: 200gSKB117 -
Elementa kits
Electricity Basics
Empowering Hands-on Learning!
Unlock the wonders of electricity with our comprehensive kit. Designed for students and educators, this kit provides a hands-on approach to exploring fundamental principles of electricity and magnetism. From simple circuits to complex experiments, this kit is your gateway to practical understanding. The equipment is stored in a sturdy box with a foam inlay, featuring custom-shaped slots to keep each piece secure, complete with a protective lid for safe storage.
Discover the World of Electricity with Exciting Experiments:
- Lines of Force of a Magnet
- Magnetic Effect of Electric Current
- Magnetic Field of a Coil
- Frictional Electricity
- The Compass – Understanding Magnetism
- Force Acting Between Charges
- Action of an Electroscope
- Electric Induction on an Electroscope
- Conductivity of Liquids
- Resistance of a Liquid
- Electroplating
- Simple Electric Circuit
- Measuring Currents and Voltages
- Ohm’s Law
- Resistance of a Wire
- The Potentiometer
- Series and Parallel Connection
- Power and Energy
- The Diode – Basics of Semiconductors
Comes with an easy-to-follow manual designed to support smooth and engaging learning for teachers and students.Â
Supplementary Material Needed:
Power Supply (PH61010/5)
Output Voltage- 2 to 12V AC in 2V steps. Full wave rectification
2 to 12V DC in 2V steps.
Output Current- 5ASKB111 -
Elementa kits
Microscopic World
Unlocking the Secrets of the Microscopic World!
Step into the world of tiny wonders with this kit. This comprehensive kit is designed for students, educators, and young explorers who want to explore the microscopic details of everyday objects. From fish scales to plant cells, this kit brings science to life through hands-on experiments. All equipment is safely housed in a secure, lidded plastic drawer perfectly organized for effortless storage and quick access whenever you need it.
Key Features:
- Step-by-Step Instructions: Clear, easy-to-follow instructions for each experiment, suitable for beginners.
- Versatile Experiments: Explore a variety of biological specimens, including fish scales, onion cells, moss, and insect parts.
Experiments Included:
1. Fish Scales Examination: Observe and analyze the overlapping structure of fish scales.
2. Onion Cell Study: Explore the cell structure of an onion under a microscope.
3. Plant Stem Cross-Section: Learn about vascular tissues and cellular arrangement.
4. Moss Leaf Observation: Identify chloroplast and cellular structure in moss leaves.
5. Insect Leg Anatomy: Study the specialized leg structure of bees.
6. Insect Mouth Parts: Understand the specialized feeding structures of bees.
7. Stinging Nettle Hair Study: Discover the structure and function of nettle hairs.Includes student sheets for guided exploration and teacher sheets for detailed explanations.Â
Supplementary Material Needed:
- Laboratory Monocular Microscope (BLM33C)
SKB101 -
Elementa kits
Heat Kit
Explore the Principles of Heat.
The Heat Experiment Kit offers an engaging way for students to explore the fascinating world of heat and temperature. Perfect for classrooms and science labs, this kit includes a thermometer, burner, heat resistant container, sturdy stands and Insulation cases, and all necessary accessories for better accuracies of the experiments.
Key Experiments Include:
- Heat conduction through different metals
- Thermal expansion of solids
- Measuring temperature changes accurately
- Comparing heat transfer rates between materials and many more.
SKB131 -
Elementa kits
Sound Kit
This compact sound experiment kit is designed for hands-on learning, enabling students to explore the nature of sound through interactive experiments. With sturdy materials such as a sound box, metal bars, string tensioners, and an ear tube, learners gain a deeper understanding of how tones are produced, amplified, and transmitted. The included illustrated manual guides them through experiments that make sound principles both engaging and easy to grasp.
Key Features:
- Durable components
- Illustrated manual with detailed procedures and results
- Covers core experiments
- Enables conscious exploration of tones and their interrelationships
- Ideal for classroom demonstrations and individual learning
SKB119
