CALORIMETER (JOULE’S METHOD) – Heat & Thermodynamics Chart | 1066 | Dbios

Home - CALORIMETER (JOULE’S METHOD) – Heat & Thermodynamics Chart | 1066 | Dbios

CALORIMETER (JOULE’S METHOD) – Heat & Thermodynamics Chart | 1066 | Dbios

Precision-engineered Joule’s calorimeter for heat transfer experiments. Made from durable copper, designed for accurate thermodynamic measurements in controlled lab settings.

Category Brand:

395.00

Description

Specifications Table

Material – High-grade copper

Pack Size – Single unit

Grade – Laboratory-grade

Application – Heat capacity, mechanical equivalent of heat, thermodynamic studies

Product Overview

This Joule’s calorimeter is a meticulously crafted instrument designed for precise heat transfer measurements in thermodynamic experiments. Constructed from high-grade copper, it ensures optimal thermal conductivity and durability, making it ideal for repeated laboratory use. The unit is engineered to minimize heat loss, providing accurate results for determining the mechanical equivalent of heat and studying heat capacity. Its robust design allows for seamless integration into experimental setups, while its corrosion-resistant properties ensure long-term reliability. Whether used for educational demonstrations or advanced research, this calorimeter delivers consistent performance, adhering to strict laboratory standards. The compact yet functional design facilitates easy handling and storage, making it a versatile addition to any lab environment.

FAQs

1. What is the primary material used in this calorimeter?

The calorimeter is made from high-grade copper, ensuring excellent thermal conductivity and durability for accurate heat transfer measurements.

2. Can this calorimeter be used for measuring the mechanical equivalent of heat?

Yes, this Joule’s calorimeter is specifically designed for experiments involving the mechanical equivalent of heat, providing precise and reliable data.

3. Is this calorimeter suitable for educational lab setups?

Absolutely, its user-friendly design and accurate performance make it an excellent choice for educational institutions conducting heat and thermodynamics experiments.

4. How should I store this calorimeter when not in use?

Store the calorimeter in a dry, dust-free environment to prevent oxidation and maintain its thermal efficiency over time.

5. Are there any alternatives to this calorimeter for heat transfer studies?

While alternatives like digital calorimeters exist, this Joule’s calorimeter offers a cost-effective and reliable solution for manual heat transfer experiments.