Physics
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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.
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
Thermal And Hydro
Explore the Fundamentals of Heat and Hydrodynamics!
This kit is an advanced educational toolkit comprising curriculum-aligned experiments in thermodynamics and hydrostatics. Designed for interactive learning in school laboratories, this kit helps students deeply understand heat flow, water behavior, air expansion, buoyancy, and much more.
All equipment is safely housed in a secure, lidded plastic drawer perfectly organized for effortless storage and quick access whenever you need it.Key Experiments Included:
- Bimetallic Strip Behavior
- Calibration of a Thermometer
- Evaporation and Condensation
- Heat Flow in Air
- Heat Flow in Water
- Heat Radiation
- Mixture Temperature
- Volume Expansion of Air
- Volume Expansion of Water
- Heat Flow Through Air
- Temperature Measurement
- Sinking and Floating
- Hydrostatic Pressure
- Connected Vessels (Communicating Vessels)
- Forces Acting on Bodies in Water
Comes with an easy-to-follow manual designed to support smooth and engaging learning for teachers and students.
SKB113 -
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
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 -
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 -
Science Kits
Electronics Kit 1
Electronics Kit 1 includes materials for over 10 activities on electronics-based topics. The kit comes in a heavy-duty carry-case for ease of storage. A full manual with detailed activities for both the teacher and the student is included.
Experiments include:
- Forward Bias Diode,
- Half-Wave Rectifier,
- Zener Diode,
- Transistor as a Switch,
- Measuring Gain with a PNP Power Transistor,
- Infrared Diode and Phototransistor,
- Light Dependent Resistor,
- Temperature Dependent Resistors,
- Silicon Controlled Rectifier,
- TRIAC,
- Unijunction Transistor.
SKEL01 -
Science Kits
Electronics Kit 2
Electronics Kit 2 is a supplemental kit to Electronics Kit 1. It includes materials for 5 activities on advanced electronics-based topics. The kit comes in a heavy-duty carry-case for ease of storage. A full manual with detailed activities for both the teacher and the student is included.
Experiments topics include:
- Stable multivibrator,
- Full wave rectifier,
- Full wave rectifier with the capacitor,
- Push-pull amplifier,
- Two-stage audio amplifier,
- Two-stage audio amplifier.
SKEL02 -
Science Kits
Electrostatics Kit 1
Electrostatics Kit 1 includes materials for over 10 activities on electrostatic-based topics. The kit comes in a heavy-duty carry-case for ease of storage. A full manual with detailed activities for both the teacher and the student is included.
Experiments topics include:
- Electrostatics with rods and cloth,
- Charge distribution on an object,
- Types of charges,
- Comparing magnetic and electrostatic forces,
- Electroscope,
- Insulator versus conductor,
- Charging by induction and conduction,
- Electrophorus,
- Coulomb’s law,
- Charge inside a conductor,
- Faraday’s ice pail.
SKES01 -
Science Kits
Heat Kit 1
Heat Kit 1 includes materials for over 13 activities on thermodynamics-based topics. The kit comes in a heavy-duty carry-case for ease of storage. A full manual with detailed activities for both the teacher and the student is included.
Experiments include:
- Psychrometry,
- Newton’s law of cooling,
- Specific heat of metals,
- Specific heat of water,
- Expansion of water,
- Heat of fusion,
- Linear expansion of a solid,
- Phase transitions and cooling curves,
- Heat conduction in a rod,
- Convective heat transfer,
- Pulse glass,
- Expansion of a gas,
- Expansion of a liquid,
- Thermocouple,
- Thermostat.
SKHE01 -
Science Kits
Mechanics Kit 1
Mechanics Kit 1 includes components for 18 activities on mechanics-based topics. The kit comes in a heavy-duty carry-case for ease of storage. A full manual with detailed activities for both the teacher and the student is included.
Experiments include:
- Pendulum- simple harmonic motion,
- The constant motion of a cart,
- Constant acceleration of a cart,
- Free fall,
- Inertia,
- Newton’s second law,
- Newton’s third law,
- Relationship between weight and mass,
- Pulleys with a spring,
- Vertical force table and vector addition,
- Pulley mechanical advantage,
- Lever,
- Atwood machine,
- The mechanical advantage of multiple pulley system,
- Incline plane,
- Friction,
- Hooke’s law with springs,
- Harmonic motion of a spring.
SKME01 -
Science Kits
Mechanics Kit 2
Mechanics Kit 2 includes materials for over 13 activities on fluid mechanics. The kit comes in a heavy-duty carry-case for ease of storage. A full manual with detailed activities for both the teacher and the student is included along with scientific background on each topic.
Experiments include:
- Water velocity from a spout,
- Mariotte’s bottle,
- Force pump,
- Boyle’s law with a syringe,
- Pascal’s ball,
- Communicating vessels,
- The density of an unknown liquid (U tube),
- Open tube manometer,
- Hare’s apparatus,
- Cartesian diver,
- Bernoulli’s principle,
- Viscosity (Ostwald viscometer),
- Capillary tubes.
SKME02 -
Science Kits
Magnetics Kit 1
Magnetics Kit 1 includes materials for 7 activities on magnetism-based topics. The kit comes in a heavy-duty carry-case for ease of storage. Simple to set up with all components easily accessible. A full manual with detailed activities for both the teacher and the student is included along with scientific background on each topic. Activities are designed to guide students to discover concepts but are styled so the instructor knows what equipment is needed for each activity.
Experiments include:
- Magnetic and non-magnetic objects,
- North and south poles,
- Earth’s magnetic field,
- Observing magnetic field lines,
- Interacting forces,
- Strength of magnets using ferromagnetic chains,
- Eddy currents.
SKMG01 -
Science Kits
Magnetics Kit 2
Magnetics Kit 2 is a supplemental kit to Magnetics Kit 1. It includes materials for 4 activities on advanced magnetism-based topics. The kit comes in a heavy-duty carry-case for ease of storage. A full manual with detailed activities for both the teacher and the student is included.
Experiments include:
- Diamagnetic, Paramagnetic, and Ferromagnetic Substances,
- Predicting Magnetic Field Lines,
- Current Induced Magnetic Fields,
- Magnetic Field Induced Current.
SKMG02 -
Experiments
Size of Particle Experiment
OBJECTIVES
- To measure the width/thickness of the given samples by analyzing the diffraction pattern.
PRINCIPLE
The characteristics of light such as interference and diffraction can be understood when light is studied as a wave phenomenon. Interaction of waves with matter results in either transmission, reflection, absorption, or diffraction of the wave. When the size of the matter is comparable to the wavelength of the wave that it interacts with, a phenomenon called diffraction occurs. Diffraction of light due to particles is a function of the size of the particle and the wavelength of the light incident. It is possible to measure the size of a particle by studying the diffraction patterns created by it.
KEY FEATURES
- Easy Adjustable Laser: The multiple degrees of freedom on the laser mount helps in the effortless movement of the laser source. This helps in aligning the laser source with the sample quite easily.
- Laser Range Finder: The addition of a laser range finder allows the user to use any standard wall as a screen, increasing the distance between the screen and the sample. Thus, the diffraction pattern can be seen distinctly and thus increasing the accuracy of the readings.
- Multiple Samples can be Tested and Verified: The modular setup helps in measuring the diameters of different samples and other everyday objects as well.
WHAT YOU NEED
- OB1 Optical Bench Set 0.8m 1
- HA003 Laser Source Holder 1
- HA008 Grating Holder 1
- HA024 Screen Holder 1
- AC010 Laser Distance Meter 1
- AC018 Diffraction Grating 1
- AC012 Frame With Thread Type 1 1
- AC014 Frame With Thread Type 2 1
- AC016 Frame With Thread Type 3 1
Complete Equipment Set with Instruction Manual from catalogue.
SOP1-C -
Experiments
Single Slit Experiment
OBJECTIVES
- To find the wavelength of a given laser using the slit of known width.
- To find the slit width knowing the wavelength of light used.
- Proving the concept of the Heisenberg uncertainty principle.
PRINCIPLE
Diffraction is a phenomenon of bending of waves when it encounters obstacles or narrow opening. A basic setup to observe diffraction consists of a laser, a slit, screen placed at a distance. The wavefronts are partially obstructed by the slit. The intensity distribution of the diffraction pattern consists of a series of light and dark fringes with the intensity distribution symmetric along the central axis. The primary peak is called the central maxima. The corresponding peaks are called secondary, and tertiary maxima. This is studied using the single-slit experiment.
KEY FEATURES
- Precise Optical Alignment: The optical alignment of the components is attained by the optical bench, the set-up time is faster and experimentation is easy.
- Digital Lux Meter with Transverse Saddle: The digital Lux meter enables the measurement of light intensity. The transverse saddle helps in the fine movement of the Lux meter perpendicular to the direction of light.
WHAT YOU NEED
OB1 Optical Bench Set 0.8m 1 HA003 Laser Source Holder 1 HA012 Adjustable Collimating Slit Holder 1 HA512 Travelling Light Sensor Holder 1 DP1 Data Processor 1 PH61022D/2 Power Supply for Light Source 1 Complete Equipment Set with Instruction Manual from catalogue.
SSE1-C -
Accessories
Electromagnet Set Assembly
The Electromagnet set includes U core, pole pieces coils (x 2), and coils (x 2) mounted on two uprights.
Specifications:
- Coils
• 500 turns
• Current: 7A(Max.)
• Wire: 17 SWG, Copper
• Connections: 4mm safety socket - U Core
• 150 x 130mm (Lx H), 40 x 40mm cross-section - Pole Pieces
• Length = 75mm
• Material: Ferromagnetic
UP025 - Coils
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Accessories
Rotating Table Assembly
A simple, smooth, and compact rotating table. The rotating table used is extremely smooth to operate. It is a single assembly that holds a glass sample, analyzer, and light sensor, thus minimizing the size of the whole equipment. Smooth rotation makes measurement continuous and accurate.
UP030 -
Accessories
Telescope Assembly
The telescope on the rotating table is mounted with bearings for smooth rotation. The diffraction grating mounted is mounted at the center of the rotating table. The telescope is easy to focus on and operate. The angle of the rotating arm has a least count of 0.1° for accurate measurement of the spectral lines.
UP035
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