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Methodical recommendation:

Theory

Number Name Description
1. Introduction In this theory, we will lean the basics of heat.
2. Effects of heat In this theory, we will discuss about the various effects of heat.
3. Heat transfer In this theory, we will lean the types of heat transfer.
4. Conduction of heat In this theory, we will lean about the conduction of heat in real life.
5. Convection of heat In this theory, we will learn the basics of Convection and Convection in real life.
6. Radiation of heat In this theory, we will lean the basics of radiation and radiation in our daily life.
7. Concept of temperature In this object, we will provide the definition and unit of temperature.
8. Absolute zero In this theory, we will learn and analyze the term absolute zero.
9. Specific heat capacity In this theory, we will learn and analyze the derivation of specific heat capacity.
10. Heat capacity In this theory, we will provide an explaination about the heat capacity and its nature.
11. Change of state of matter In this theory, we will discuss various changes in state of matter.
12. Latent heat In this thoery, we will learn and analyze the nature of latent heat.
13. Specific latent heat In this object, we will discuss the theory and numerical based on specific latent heat.

Textbook Questions

Number Name Type Difficulty Marks Description
1. Specific heat capacity Other medium 1 m. This exercise contains a textbook question; each answer field holds one mark. The student has to choose the best answer, and the questions deal with heat energy. As an outcome of this exercise, the student will learn the mentioned concepts.

Practice Questions

Number Name Type Difficulty Marks Description
1. Formula and unit Other easy 4 m. This exercise is based on the analogy.
2. Specific heat capacity of various substances Other medium 3 m. Match the right answer.
3. Important terms of heat Other medium 2 m. Read the statement and choose the best option.
4. Calculation of heat energy Other medium 3 m. Find the required heat energy using the formula.
5. Heat capacity of iron rod Other medium 3 m. Solve the numerical based on heat capacity.
6. Heat energy Other medium 4 m. Solve the numerical based on heat energy.
7. Heat loss and heat gain Other medium 5 m. Solve the numerical based on the heat loss and heat gain.
8. Temperature of a mixture Other hard 5 m. Find the final temperature of a mixture of two liquids.

Questions for Teacher Use

Number Name Type Difficulty Marks Description
1. Heat- In general Other hard 9 m. Learn and analyze the theoretical part.
2. Hot air expands-Demonstration Other hard 10 m. Experiment to prove the property of total internal reflection.
3. Important terms of heat Other medium 10 m. Find the important terms of heat.
4. Nature and the effects of heat Other easy 1.5 m. Choose the best option for the given question.
5. Conduction of heat Other medium 1 m. This exercise contains three textbook questions; each question holds one mark. The student has to choose the best answer, and the questions deal with units. As an outcome of this exercise, the student will learn the mentioned concepts.
6. Modes of heat transfer Other medium 1 m. This exercise contains two textbook questions; each answer field holds one mark. The student has to choose the best answer, and the questions deal with conduction, convection and radiation. As an outcome of this exercise, the student will learn the mentioned concepts.
7. Specific latent heat of ice Other medium 1 m. This exercise contains a textbook question; each answer field holds one mark. The student has to choose the best answer, and the questions deal with mass of liquid. As an outcome of this exercise, the student will learn the mentioned concepts.

Tests

Number Name Recomended time: Difficulty Marks Description
1. Training test 1 15:00:00 easy 10 m.
2. Training test 2 15:00:00 easy 8 m.
3. Homework 2 20:00:00 medium 18 m.

Periodic assessments

Number Name Recomended time: Difficulty Marks Description
1. Homework 1 20:00:00 medium 10 m.
2. Progress test 20:00:00 hard 14 m.
3. Periodic Assessment - 3 20:00:00 hard 10 m.