Katers Pendulum For Physics Lab

Price 1700.00 INR/ Piece

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MOQ : 01 Piece

Katers Pendulum For Physics Lab Specification

Temperature Range
Ambient laboratory conditions

Measurement Range
Determination of gravitational acceleration; time period measurement range depends on setup

Automation Grade
Manual

Model No
Katers-Pendulum-01 (or as per supplier)

Power Source
Manual operation

Accuracy
High precision (experimental error minimised by reversible pendulum principle)

Core Components
Metal graduated rod, two adjustable knife edges, two movable weights, base stand, clamp

Feature
Highly accurate for measuring g, adjustable weights, interchangeable knife edges

Equipment Materials
Brass (pendulum rod and weights), Stainless Steel knife edges, Metal base, Adjustable weights

Type
Simple Pendulum/Apparatus for Physics Lab

Usage
Educational, laboratory experiments to measure acceleration due to gravity (g)

Dimension (L*W*H)
Rod Length: approx. 100 cm, Base: 25 x 10 x 4 cm

Weight
Approx. 1.5 2 kg

Movable Weights
Two, adjustable along the rod for balancing

Intended Use
Physics lab experiment for advanced students

Scale Graduation
Marked in centimeters and millimeters

Pendulum Rod Material
Brass

Knife Edges Material
Hardened stainless steel

Accessories Included
Complete assembly with pendulum, base stand, knife edges, and weights

Finish
Smooth, corrosion-resistant finish

Base Material
Painted cast iron

About Katers Pendulum For Physics Lab

Katers Pendulum:

consist of a rod of 120 cm long 10 cm. dia with two adjustable knife edges. Two metal weight Cast Iron, Two wooden weights

Cat. No.	Metal	Price
DDRI-290	Iron(PowderCoated)	1700.00
DDRI-290-A	Brass	3800.00

Exceptional Measurement Accuracy

Kater's Pendulum leverages the reversible pendulum principle and precision engineering to significantly reduce experimental error when determining gravitational acceleration. Adjustable weights and interchangeable knife edges ensure consistent, repeatable results, making it an essential tool for advanced physics labs engaged in educational research and experimentation.

Durable, Laboratory-Ready Construction

Crafted from corrosion-resistant brass, stainless steel, and cast iron, the pendulum is suited for frequent laboratory use and ambient conditions. Its robust construction, smooth finish, and manually operated mechanism guarantee long-term reliability and maintain accuracy across multiple experiments.

FAQ's of Katers Pendulum For Physics Lab:

Q: How is Kater's Pendulum assembled and adjusted for experiments in the lab?

A: The apparatus arrives as a complete assembly, including the pendulum, base stand, knife edges, and weights. To set up, attach the pendulum rod to the base using the clamp, position the knife edges, and adjust the movable weights along the brass rod to achieve balance and prepare the pendulum for measurement.

Q: What are the main benefits of using Kater's Pendulum in physics experiments?

A: Kater's Pendulum is renowned for its high precision in measuring gravitational acceleration due to its adjustable weights and reversible design, which minimizes experimental error. The apparatus enables advanced students to conduct accurate and repeatable experiments in educational laboratories.

Q: When is this pendulum apparatus suitable for use in educational settings?

A: Kater's Pendulum is best suited for use during advanced physics experiments, particularly when precise determination of gravitational acceleration (g) or time period is required, typically in undergraduate or post-graduate laboratory courses.

Q: Where can the Katers Pendulum apparatus be effectively utilized?

A: This equipment is designed for use in physics laboratories, educational institutions, research centers, and any setting that requires high-accuracy measurement of gravitational acceleration or time period of a simple pendulum.

Q: What is the process for measuring gravitational acceleration using this pendulum?

A: Users position the knife edges and adjust the weights on the brass rod, then measure the pendulum's time period using the graduated scale. Accurate balancing and reversible operation allow for reliable calculation of gravitational acceleration based on the experimental data.

Q: How does the apparatus ensure measurement accuracy and minimize experimental error?

A: Kater's Pendulum employs a reversible design, precise graduated markings, and manually adjustable knife edges and weights. These features collectively reduce sources of error, ensuring highly accurate determination of gravitational acceleration and time period.

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