Thermodynamics

Set for the study of four major thermal radiation experiments. Sold in two versions, complete with multimeters and power supply and compact without multimeters and power supply.

Modular assembly for the study of Calorimetry and Thermometry . The versatility of the set allows you to perform dozens of experiments with mounts fairly simple, allowing the students themselves handling the equipment. Parts are designed in a modular way, allowing a wide range of studies with a very compact and versatile set. Made predominantly in metal to ensure high quality and durability, even with intensive handling. Supplied with special packaging for permanent storage of parts, assisting in laboratory organization.

The objective of this experiment is to prove the principle of conservation of energy. When heat is converted into other forms of energy, or when other forms of energy are transformed into heat total energy remains constant.

Set for easy to assemble and store heat propagation experiments.

In 1822 the physicist Thomas Seebeck accidentally discovered that by establishing a temperature difference between the junction and the free ends of a thermocouple appeared a potential difference between them. This property of the conductors became known as the Seebeck effect in which transformation of thermal energy into electricity occurs.

With this set we can study the effect Seebeck (thermoelectric effect) as well as know the operation of a thermocouple.

Equipment for the study of linear expansion. In this equipment it is possible to determine the linear expansion coefficient of 4 different materials (aluminum, copper, iron and brass).

Set up your equipment by choosing from the options below:

Boyle-Mariotte Law study apparatus for experimental determination of the dependence between gas volume and pressure at constant temperature.

Set consisting of 5 calorimeters, 5 thermometers and 5 sets of aluminum and brass test bodies.
Set dedicated to the study of the specific heat of different materials.

Equipment for determination of the mechanical equivalent of heat. Constructed on a metal base with type "C" fixation, to table through handles allowing a firm and safe fixation for the execution of the experiment.
Equipped with a crank system with shaft and double bearing, revolution counter for measuring the number of revolutions and system of fixing the test cylinder through handles.
The heating of the test cylinder occurs through friction or electric energy through an integrated system to the cylinder.
The cylinder temperature measurement is performed by a temperature sensor (NTC) attached to an aluminum probe that is inserted into the test cylinder. The temperature measurement is done with a digital multimeter to determine the resistance of the NTC and later conversion in a table that accompanies the equipment.
Sold in two versions:

65001072 - Mechanical Equivalent of Heat Without Multímetro

65001075 - Mechanical Equivalent of Heat With Multímetro

Equipment for thermodynamics experiences.