Thermodynamic set, dry calorimetry, with sensor, interface, and calorimeter
Function
Intended for experimental study, physics laboratory, and the performance of physics and engineering experiments on: Thermodynamics, Calorimetry. The thermal capacity and specific heat of copper, in its dry state. What is the purpose of the calorimeter? What is meant by thermal capacity. Copper and its metallic alloys. Collecting data and constructing a graph. Determining the energy dissipated by the resistor. What is heat? Determining the thermal capacity of copper. Determining the specific heat of copper, knowing its thermal capacity and its mass. The thermal capacity and specific heat of aluminum, in its dry state. Aluminum and its metallic alloys. Ductility.
Collecting data and constructing a graph. Determining the thermal capacity of aluminum. Determining the specific heat of aluminum, knowing its thermal capacity and its mass. Thermal capacity and specific heat of brass, dry. Brass and its metallic alloys. Collecting data and constructing a graph. Determining the thermal capacity of brass. Determining the specific heat of brass, knowing its thermal capacity and its mass. Specific heat of copper, dry. Specific heat. Collecting data and constructing a graph. Determining the specific heat of copper. Specific heat of aluminum, dry. Collecting data and building a graph. Determining the specific heat of aluminum. The specific heat of brass, dry. Collecting data and building a graph. Determining the specific heat of brass, etc.
Key Experiments
- » Heat capacity and specific heat of copper, dry. - 1052.009A1
- » The thermal capacity and specific heat of aluminum, dry. - 1052.009B1
- » The thermal capacity and specific heat of brass, dry. - 1052.009C1
- » The specific heat of copper, dry. - 1052.009D1
- » Specific heat of aluminum, dry. - 1052.009E1
- » The specific heat of brass, dry. - 1052.009F1

