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Methodical recommendation:

Theory

Number Name Description
1. Introduction to structure of the atom Scientists discovered the elementary particle after a series of experiments. Learn about it.
2. Atomic Structure: Thomson's Model Dalton's atomic theory was made invalid by the discovery of two fundamental particles within the atom. J. J. Thomson. Let us find out more about it.
3. Atomic structure: Rutherford's Model Rutherford carried out significant research on the atomic model after J. J. Thomson's. Let us study more about it.
4. Bohr's Model and Electron distribution or Electronic configuration Neils Bohr suggested a new atomic model to solve the limitations of Rutherford's model. Let us learn about it in detail.
5. Discovery of neutrons and Valence electrons Various atomic models have been proposed by various scientists. As a result, we now have a better understanding of the structure of atoms. How many electrons are involved in forming a bond in an atom. Let us take a closer look at it.
6. Valency and bond formation Various scientists have proposed various atom models. As a result, we now have a better understanding of the structure of atoms. How many electrons are involved in forming a bond in an atom, and who decides? Let's take a closer look at it.
7. Atomic number and Mass number In the case of an atom, the atomic number and mass number are vital. Let's find out more about it.
8. Isotops and their applications Many atoms of the same atomic number but different mass numbers have been discovered in some elements. Let us find out more about it.
9. Isobars and isotones Isobars and isotopes are completely contradictory. Let's find out more about it.
10. Laws of chemical combination Scientists in the 17th century tried to figure out how to change one material into another. They made some broad generalisations at the time. Let us learn about these generalisations.
11. Gay Lussac’s Law of combining volumes & Quantum numbers In this theory, we will learn about Gay Lussac's law of combining volume and quantum numbers.

Practice Questions

Number Name Type Difficulty Marks Description
1. Atomic number: Drag and drop 1st type - receptive easy 3 m. Remember the atomic number of elements.
2. Discovery of structure of the atom: Choose the correct answer 1st type - receptive easy 2 m. Remember the discovery of the structure of atom.
3. Discovery of subatomic particles: Choose the correct answer 1st type - receptive easy 3 m. Remember the subatomic particle and who discovered the subatomic particles.
4. Law of chemical combination & quantum numbers: Select the correct answer 1st type - receptive easy 2 m. Let us recall the laws of chemical combinations and quantum numbers.
5. Subatomic particle: True or false 1st type - receptive easy 3 m. Recall and classify subatomic particles.
6. Atom model of Thomson and Rutherford: True or false 1st type - receptive medium 3 m. Recall the concepts of Thomson and Rutherford's atomic model of the atom.
7. Atomic mass: Problem solving question 2nd type - interpretation medium 3 m. Remembering how to calculate an element's atomic number.
8. Atoms and subatomic particles: Fill in the blanks 3rd type - analysis medium 4.5 m. To have a better understanding of atoms and subatomic particles.
9. Bohr's atomic model: Choose the correct answer 2nd type - interpretation medium 3 m. Recall the topic "Bohr's atomic model".
10. Electrons in ions: Write your answers 3rd type - analysis medium 4 m. Recall how to calculate the number of electrons in ions.
11. Gain and loss of electron(s): Dropdown answer 3rd type - analysis medium 2 m. To know the result of gain and loss of electron(s).
12. Isotopes, isobars and isotones: Drag and drop 3rd type - analysis medium 3 m. To distinguish between isotopes and isobars.
13. Number of electrons and protons: Numerical based questions 2nd type - interpretation medium 2 m. Learn how to calculate the number of protons and electrons in an atom.
14. Number of protons and electrons in the atom: Dropdown answer 2nd type - interpretation medium 3 m. Learn how to find out how many protons and electrons are in an atom.
15. Subatomic particles: Drag and drop 2nd type - interpretation medium 3 m. Analyse the properties of subatomic particles.
16. Electron distribution or electronic configuration of elements: Choose the correct answer 2nd type - interpretation medium 2 m. Practice the electron distribution or electronic configuration of elements.
17. Electron distribution in elements: Numerical based questions 3rd type - analysis hard 6 m. Recall the periodic table and the atomic number of elements to conclude the number of electrons in the shells of elements.
18. Valencies of some elements: Drag and drop 3rd type - analysis hard 6 m. The valencies of some atoms are being explored.
19. Atomic number and mass number 2nd type - interpretation hard 6 m. Find out how to calculate atomic and mass numbers.

Questions for Teacher Use

Number Name Type Difficulty Marks Description
1. Atomic structures: Sort answer questions Other medium 9 m. Analyze your understanding of atomic structure.
2. Electronic configuration of ions: Write your answers Other hard 6 m. Recall how to write the electronic configurations for ions.
3. Valency identification: Dropdown answer Other hard 3 m. Learn how to calculate the valency when you know the number of protons.
4. Atomic structure of elements Other easy 1 m. Remember the discovery of the structure of atom.
5. Isotopes, isobars and isotones Other medium 1 m. To distinguish between isotopes and isobars.
6. Electronic configuration of elements Other medium 1 m. Practice the electron distribution or electronic configuration of elements.

Tests

Number Name Recomended time: Difficulty Marks Description
1. Training Test 00:20:00 easy 9 m.

Periodic assessments

Number Name Recomended time: Difficulty Marks Description
1. Homework 00:30:00 medium 12.5 m.
2. Progress Test 00:35:00 medium 10 m.
3. Progress Test-I 00:30:00 medium 7 m.
4. Progress Test-II 00:35:00 medium 11 m.
5. Progress Test-III 00:35:00 medium 12 m.
6. Pogress Test-IV 00:40:00 hard 18 m.
7. Periodic Assessment 00:10:00 medium 6 m. PA 1 - Atomic structure