Equipment and kits for experiments in Natural Science in elementary grades
- Recommended age: from 7 years
- Recommended quantity per cabinet: 8 pieces
- Recommended level of education:
- — Primary general (1-4 grades)
- — Additional education
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Important: The product is included in the register of industrial products manufactured in the territory of the Russian Federation, the registry entry number is 10620707
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Included in the list of educational equipment for equipping and modernizing schools (Order No. 838 of the Ministry of Education of the Russian Federation dated November 28.11.2024, XNUMX)
Purpose
The set is intended to introduce primary school students to the laws, phenomena and properties of natural objects. The set is used to create school research projects on natural science, the surrounding world and physics.
Areas of knowledge and application
The set will be interesting for both children and adults. Immerse yourself in the fascinating world of physical discoveries and safe experiments with electricity.
The set will allow you to plunge into the world of physics, starting from its origins. When schoolchildren begin to be introduced to natural sciences, they are bombarded with a sea of information that is difficult to perceive.
To understand and remember everything better, it is advisable to first see how the laws of mechanics work in practice and conduct independent basic experiments.
What will the child learn?
- This set will introduce the child to the concept of "electricity"
— Construction of electrical circuits, experiments with resistors, capacitors and diodes.
— The young researcher will master the principle of constructing electrical circuits, conduct a series of scientific experiments with resistors, and become familiar with electrostatics and electrochemistry.
— Why does the lamp glow? How to make “electric slime”? Is it possible to get electricity from a lemon? The child will get these and other answers after conducting experiments with the kit
— The developmental kit clearly demonstrates the basics of mechanics.
— Why does water flow? How to maintain balance and measure force? How to predict the rebound of a ball on a billiard table? The child will gain an understanding of the world around them, the nature of physical phenomena, and will become interested in science.
— The child will be able to conduct 125 different experiments — Introduce the child to an alternative energy source – sunlight, and also allow the child to assemble a model fan and a model car with a solar battery
Updates
The set is an ideal assistant when creating school research projects on the surrounding world and physics.
— Battery pack, lamps, capacitors, LED, power elements, universal clamps, crocodile clips, wires
— Cuvette, copper and zinc plates (electrodes), wire stand, spheres with axes, stands, plastic cups
- Glass rod, plastic tubes, inflatable ball, aluminum foil, copper foil
- A piece of skin, a plastic strip, a copper electrode, three types of wire, a syringe and a plastic knife
- Plastic spoon, hooks, plastic tube, ruler
— Working field
— A set of structural parts for assembling an experimental setup
— Small ball (4 pieces), medium ball (3 pieces), large ball (1 piece)
— Ring magnet (2 pieces), strip magnet, hook (8 pieces), coil, cuvette
— Syringe, rubber band, thread, can of soap bubbles
- Stroboscope
- Motor (round and flat)
— Front wheel - 2 pieces
— Rear wheel 2 pieces
— Gear - 2 pieces
- Tripod
— Solar panel holder for car
— Elastic band - 2 pieces
- Screwdriver
- Solar battery
— A set of clamps and fasteners
- Propeller
— Digital USB microscope
— Methodological support in Russian
— Storage system
The set is completed with a storage system, which is closed with a transparent plastic lid with latches to ensure observation of the contents.
Methodological support
The kit comes with methodological recommendations in Russian with a detailed description of how to conduct 125 experiments.
Examples of Experiment Topics
— Properties of electrified bodies. Electricity
— Electrical nature of matter. Atom
— Conductors and insulators
— Electricity. First steps
— Electric Current. Proof of Existence
— Batteries (galvanic cells)
— Technology is all around us
— Ball on an inclined plane
— How to assemble an experimental setup
— Reference systems. Trajectories
— Collisions of balls
— Movement of a ball in a force field
— Strength. Measurement of strength
— Simple mechanisms. Equilibrium
- Oscillations
- Rotation
— Obtaining an image using the multiple flash method. Stroboscope