ELECTRIC FIELD LINES AND EQUIPOTENTIAL LINES KIT

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ELECTRIC FIELD LINES AND EQUIPOTENTIAL LINES KIT Specification

Type
Laboratory Experimental Kit

Material
High-quality Acrylic and Conductive Paper

Size
Standard Laboratory Size

Input Voltage
3V to 12V DC (Recommended 6V DC Power Supply)

Color
Transparent Base with Black and White Electrodes

Dimension (L*W*H)
300 mm x 200 mm x 10 mm

Capacity
Suitable for 1 Experiment Set Up

Noise Level
Silent Operation

Electrode Types
Point, Straight Line, and Circular Electrodes included

Weight
Approx. 800 grams

Recommended Student Level
High School and Undergraduate Physics

Kit Includes
Acrylic base, set of electrodes, connecting leads, crocodile clips, non-hardening modeling clay, instruction manual

Suitable For
Physics Laboratories, Educational Demonstrations

Safety
Low-voltage safe for instructional use

Experiment Capability
Demonstration of electric field lines and equipotential lines using conductive paper or electrolyte solution

Power Supply Required
External DC Power Supply (not included)

Accessories Included
Connecting Wires and Marker Probes

Marking Grid
Pre-printed grid for accurate mapping

About ELECTRIC FIELD LINES AND EQUIPOTENTIAL LINES KIT

Explore the splendid new release: the ELECTRIC FIELD LINES AND EQUIPOTENTIAL LINES KIT! Engineered for superior accuracy, this top-notch lab set is ideal for physics classrooms. The kit includes a transparent acrylic base, a set of assorted electrodes, connecting wires, crocodile clips, non-hardening clay, and a detailed instruction manual. Designed for effortless demonstration of electric field and equipotential lines, the pre-printed marking grid ensures precise mappings. Try Now-perfect for high school and undergraduate students! Pick Yours today for reliable, hands-on, safe experiments (DC power supply not included).

Distinct Advantages and Application Surface

This kit delivers primary competitive advantages through its top-quality acrylic and reliable conductive paper. The pre-printed grid ensures accurate experimentation, making it unparalleled in classroom demonstrations and practical physics lessons. The splendid design supports seamless electrode placements and clear visualizations on the laboratory surface. Suitable for educational institutions, this kit stands out with its durability, easy handling, and versatility-ideal for use on any standard laboratory bench or demonstration table.

Sample Availability, Terms, and Supply for Export

Samples of the ELECTRIC FIELD LINES AND EQUIPOTENTIAL LINES KIT are available for evaluation before making your purchase. Enjoy a competitive sale price for bulk orders, with flexible handover and quick processing. Export market supply ability is robust-manufacturers, distributors, exporters, and suppliers across India benefit from prompt shipment. Payment terms are convenient, supporting smooth international transactions and ensuring reliable, top-notch delivery to your institution or business.

FAQ's of ELECTRIC FIELD LINES AND EQUIPOTENTIAL LINES KIT:

Q: How can the ELECTRIC FIELD LINES AND EQUIPOTENTIAL LINES KIT be used in classroom demonstrations?

A: This kit is specifically designed for visually engaging demonstrations of electric field lines and equipotential lines. By setting up the electrodes and utilizing conductive paper or an electrolyte solution, instructors can map fields with high accuracy on the pre-printed grid.

Q: What components are included in the kit?

A: The kit contains a durable acrylic base, a range of point, straight line, and circular electrodes, connecting wires, crocodile clips, modeling clay, marker probes, and a comprehensive instruction manual to guide experiments.

Q: When is this kit most beneficial for students?

A: The kit is perfect for physics classes at both high school and undergraduate levels, making it ideal during hands-on laboratory lessons, demonstrations, or practical assessments involving electric fields and potential mapping.

Q: Where is this kit best used?

A: It is optimally suited for educational physics laboratories, but can also be used in science demonstration rooms or during outreach activities to showcase fundamental electrical principles.

Q: What are the benefits of using this kit compared to alternatives?

A: This kit boasts top-notch accuracy, sturdy build, safety with low-voltage operation, and clear, repeatable results, offering an excellent balance of reliability and instructional value.

Q: How easy is it to set up the kit, and what power supply is required?

A: Setup is straightforward with the included accessories and instruction manual. It requires an external DC power supply (3V-12V, 6V recommended), which is not included in the pack.

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