Physics Lab Experiment Kits

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Physics Lab Experiment Kits Specification

Power Source
AC mains or battery (varies by experiment)

Frequency
50/60 Hz (where applicable to experiments)

Automation Grade
Manual

Core Components
Set includes power supply, wires, bulbs, magnets, metal rods, spring balances, measuring instruments

Feature
Modular kit, easy to assemble, suitable for STEM education

Capacity
Various (set includes multiple experiment modules with different capacities)

Voltage
6V, 12V options for electrical experiments

Temperature Range
-10°C to 110°C

Model No
PHEX2024

Measurement Range
Dependent on attached modules: force (0-10N), voltage (0-12V), current (0-2A)

Accuracy
±0.5% on measuring instruments

Equipment Materials
High-grade plastic, aluminum, glass, copper, and iron components

Type
Educational Physics Lab Kit

Usage
For student physics experiments (optics, mechanics, electricity, magnetism, heat)

Display Type
Analog and Digital scales depending on experiment

Dimension (L*W*H)
310 x 210 x 110 mm (kit box size)

Weight
Approx. 4.5 kg (complete kit)

About Physics Lab Experiment Kits

We are engaged to offer export quality physics lab experiment kits. These apparatus are variedly used for physical science education. The entire collection of lab experiments kits are fabricated for use by students as well as by teacher to assure dramatic demonstrations and laboratory longevity. These kits are fabricated of premium quality raw material in compliance with international standard.

Comprehensive Coverage of Physics Topics

This kit supports hands-on learning with modules for key branches of physics. Users can conduct experiments in mechanics, electrostatics, electricity, magnetism, thermal physics, and optics. Each module is designed to deliver clear, observable results, benefiting students who seek to deepen their understanding of scientific principles.

Safe and Convenient Educational Equipment

Safety is prioritized, featuring shockproof casing and insulated wires. The components come organized in a sturdy box with foam compartments for easy portability and safe storage. Clear, illustrated instructions minimize assembly errors and enhance user confidence, making the kit a reliable resource for STEM education.

FAQs of Physics Lab Experiment Kits:

Q: How do I assemble the Physics Lab Experiment Kit for use?

A: The kit is modular and designed for straightforward assembly. Simply follow the step-by-step, illustrated instruction manual provided. Most users can assemble the core components, including clamps, stands, and measuring instruments, within 510 minutes.

Q: What experiments can be performed with this kit?

A: The kit covers a wide range of experiments in mechanics, electrostatics, electricity, magnetism, thermal physics, and optics. Modules are included for each subject, enabling students to explore concepts such as force, current, voltage, magnetism, heat, and light refraction.

Q: When is the best time to use this kit in a school curriculum?

A: This kit is ideal for physics courses targeting students aged 12 and older. It can be used during hands-on lab sessions, science clubs, project work, or STEM activities throughout the academic year.

Q: Where can the Physics Lab Experiment Kit be used?

A: The kit is suitable for use in schools, educational centers, tutoring studios, or at home. Its sturdy box and foam compartments make it secure and easy to transport between different locations.

Q: What is the process for calibrating and measuring with the instruments included?

A: All instruments in the kit are factory calibrated to an accuracy of 0.5%. For measurements, simply connect the required modules, set up the experiment as per the manual, and use either the analog or digital scale depending on the experiment. No additional calibration is required before use.

Q: How does the kit ensure user safety during experiments?

A: The kit is equipped with safety features such as shockproof casing and insulated wires. All components meet ISO 9001:2015 standards. The instruction manual includes safety tips and recommended practices to further prevent risks during experiments.

Q: What are the benefits of using this kit for STEM education?

A: By providing hands-on experience and modular adaptability, the kit enhances understanding of foundational physics concepts. It strengthens problem-solving skills, increases engagement, and supports curriculum outcomes in both group and individual learning settings.

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