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1st Semester
1. Thermal Expansion of Solids
1. Thermal Expansion of Solids
Objectives:
I. Measuring the linear thermal expansion of brass, steel and glass tubes as a function of temperature.
II. Determining the linear expansion coefficients of brass, steel, and glass (αBrass, αSteel, αGlass).
2. Specific Heat Capacity of a Liquid by an Electrical Heating Method
2. Specific Heat Capacity of a Liquid by an Electrical Heating Method
3. Determination of latent heat of fusion & vaporization
3. Determination of latent heat of fusion & vaporization
Objectives:
In this experiment, the heat of fusion of ice and vaporization of water will be determined by using the method of mixtures (Quantity of heat lost = Quantity of heat gained).
4. Specific Heat Capacity of a Poor Conductor
4. Specific Heat Capacity of a Poor Conductor
5. The specific heat capacity of Aluminum and Brass by Callender‘s method
5. The specific heat capacity of Aluminum and Brass by Callender‘s method
9. Newton's Law of Cooling
9. Newton's Law of Cooling
Objectives:
ITo investigate each parameter that affects the rate of cooling [Area (A) and temperature gradient (ΔT)]. II. By measuring the thermal constant 𝝉 , we determine the convective heat-transfer coefficient (h), which is a characteristic constant of the convection system.
2nd Semester
3-Thermal Conductivity (Lee's Method)
3-Thermal Conductivity (Lee's Method)
Objectives:
To determine thermal conductivity of a bad conductor (wood) in form of a disc using Lee’s method.
4-Latent heat of vaporization
4-Latent heat of vaporization
Objectives:
To determine thermal conductivity of a bad conductor (wood) in form of a disc using Lee’s method.
5. Thermocouple
5. Thermocouple
Objectives:
1- Scaling of Thermocouple, and using it as a thermometer.
2- Finding the thermoelectric power.
6. Cubical Expansion of Liquids
6. Cubical Expansion of Liquids
Objectives:
To determine thermal conductivity of a bad conductor (wood) in form of a disc using Lee’s method.
8. Specific heat capacity unknown liquid
8. Specific heat capacity unknown liquid
14. Specific Heat Capacity of a Conductor
14. Specific Heat Capacity of a Conductor
Objectives:
To determine the specific heat capacity of a conductor by using Calorimetry.
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