Product Description
CALORIMETER SET
| Copper calorimeter 75 x 50 mm , insulated, outer vessel of 100 x 65 mm size with a plastic cover having holes for thermometer and stirrer. Holder for thermometer is fixed to the outer vessel. Complete with stirrer. |
| PHY-186.1 | With Copper outer vessel |
| PHY-186.2 | With Aluminium outer vessel |
Superior Insulation and Durable BuildThe Calorimeter Set features an inner vessel made from high-grade aluminum and an outer container constructed from either wood or Bakelite, both providing exceptional thermal insulation. This careful selection of materials ensures minimal heat loss during experiments, delivering more precise and repeatable results for laboratory demonstrations and measurements.
Comprehensive Laboratory UtilitySpecifically developed for physics laboratories, this calorimeter set supports a wide range of thermal experiments. Its robust design and standard accessories-such as the aluminum jar, stirrer, and fitted lid-facilitate demonstrations of heat capacity, specific heat, and calorimetry. The manual operation also enhances learning through hands-on experience.
FAQ's of CALORIMETER SET:
Q: How do I use the calorimeter set for measuring specific heat capacity?
A: To measure specific heat capacity, place the substance in the aluminum inner vessel, add a known quantity of liquid (usually water), and record its temperature. Heat the mixture by transferring energy externally, stir thoroughly, and use the thermometer through the lid's hole to monitor temperature changes. Insulation ensures minimal heat loss, improving calculation accuracy.
Q: What materials are used in the construction of this calorimeter set?
A: The calorimeter set primarily consists of an aluminum inner vessel, a wooden or Bakelite outer container, a brass or copper stirrer, and an insulating cover. These materials ensure thermal efficiency, durability, and safety during high-temperature laboratory experiments.
Q: When is manual stirring necessary during an experiment?
A: Manual stirring is essential after introducing the heated substance or external energy source into the calorimeter. Stirring ensures even temperature distribution, which is crucial for accurate temperature readings and reliable experimental outcomes.
Q: Where can the calorimeter set be used?
A: This calorimeter set is ideal for educational and research laboratories, particularly those focused on physics experiments involving heat measurement, heat capacity, and thermal properties. Its portability and low weight also make it suitable for classroom demonstrations.
Q: What accessories are included with the calorimeter set?
A: The set comes equipped with an aluminum jar, an insulated outer container, a fitted lid with holes for both a thermometer and a stirrer, a brass or copper stirrer, and supporting rings. These accessories provide all necessary components for standard calorimetry experiments.
Q: How does the insulation benefit the results of calorimetric experiments?
A: The thermally insulated outer casing minimizes heat exchange with the surroundings, which maintains the integrity of the experiment and results in more accurate measurements of temperature changes and heat transfer.
Q: What are the main educational benefits of using this calorimeter set?
A: This apparatus offers hands-on engagement for students learning about heat, thermal energy, and specific heat capacity. Manual operation deepens understanding of experimental processes, and its accurate, reproducible results enhance both teaching and student comprehension in thermal physics.