STEM Science Experiment Kit KX-2023 Basic Electricity Experiments

Science Experiment Kit for Kids Fun STEM Learning with Electricity Experiments.

Introduce young learners to the exciting world of electronics with theScience Experiment Kit. Specially designed for little engineers, this hands-on STEM kit helps children understand basic electrical circuits, motors, and scientific principles through interactive experiments.

Featuring a mini motor fan project and simple circuit-building activities like the Mini Bulb Holder Project, this kit encourages curiosity, creativity, and problem-solving skills. Perfect for school projects, classroom learning, and home experiments, it makes STEM education engaging and practical.

Key Features

Complete beginner-friendly electronics kit
Hands-on STEM learning experience
Includes motor fan toy project
Mini bulb holder circuit experiment
Safe and child-friendly design
Encourages logical thinking and creativity
Ideal for school science projects
Lightweight and easy to handle
No complex tools required
Designed for early engineering learning

Technical Specifications

This kit includes the following items:

Battery Precautions

1) The product uses one “1.5V AA” Non-rechargeable battery.

2) When removing and inserting the battery, operate according to the polarity and voltage markings on the battery compartment cover.

3) Non-rechargeable batteries cannot be recharged.

4) Only batteries identical to or equivalent to the recommended ones can be used.

5) Exhausted batteries should be removed from the product. If the product is not to be used for an extended period, please remove the battery.

6) The power terminals must not be short circuited.

7) Maintenance: This product is composed of plastic, metal parts and electronic components. Do not expose it to water or place and use it in a humid environment for a long time.

Steps Of a Science Electricity Experiment

Experiment 1. The wind blade turns

First, connect each side of the 10cm line to the motor, then install the blade on the motor.
Connect one end of the battery base wire to the alligator clip, one end to the switch, and the other end of the switch to the 10cm wire end, then connect the alligator clip.
Put the battery on the battery base, and use two alligator clips to clip the wires of the motor with two alligator clips.
The small bead lights up

Experiment 2. The Small Bead Lights Up

First, screw the small lamp on the lamp base, and then connect each side of the 10 cm line.
Connect one end of the wire of the battery base to the alligator clip, one end to the switch, and the other end of the switch to the 10cm wire end and then connect the alligator clip.
put the battery on the battery base, and use two alligator clips to clip the wires on the lamp holder.

Experiment 3. Electromagnet

First, wrap 50-60cm copper wire on the iron nail (Note: keep 23cm on both ends).
Take the wire of the battery base and link the alligator clip at both ends.
Put the battery on the battery base, and use two alligator clips to clip the copper wire on the iron nail, and then put the nail (the sharp part) on the paper clip

Note: The symbol “I” of the switch is power on, and “O” is power off. Keep the switch powered off when linking the circuit. Check that the circuit link is correct before closing the switch.

Warning !!
1. Not suitable for children under 14 years old to play with. It is only for teenagers to understand principles and explore science, and should be used only under the direct supervision of adults.
2. The product contains small parts. After use, please keep the product packaging properly to prevent children from accidentally causing harm, and do not let young children put them in their mouths.
3. If the product is deformed or damaged, do not let children play with it. 4. Keep away from high temperature, high humidity and dusty environments.

Applications

School science projects
STEM education activities
Basic electronics learning
Classroom demonstrations
Home science experiments
Beginner engineering practice
Educational workshops
Science fair projects
Hands-on learning sessions
Parent-child learning activities

Precautions

Adult supervision recommended for young children
Keep small parts away from toddlers
Avoid rough handling of components
Store in a dry place
Follow instructions carefully
Do not modify electrical components