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Methodical recommendation:
Theory
| Number | Name | Description |
|---|---|---|
| Number 1. | Name Rules for the construction of image by using a convex mirror | Description In this theory we will discuss the rules to draw the image formed by a convex mirror. |
| Number 2. | Name Image formation of a convex mirror and its uses | Description In this theory, we will learn and visualize the concept of image formation by convex mirrors. |
| Number 3. | Name Speed and refraction of light | Description In this theory, we will discuss about speed of light and refraction. |
| Number 4. | Name Laws of refraction | Description In this theory, we will learn and analyze the laws of refraction using images. |
| Number 5. | Name Total internal reflection | Description This theory provides a breif data about critical angle and total internal reflection. |
| Number 6. | Name Applications of total intetrnal reflection | Description In this theory, we will discuss about the working and usage of optical fibres. |
Practice Questions
| Number | Name | Type | Difficulty | Marks | Description |
|---|---|---|---|---|---|
| Number 1. | Name Convex mirror- Applications | Type 1st type - receptive | Difficulty easy | Marks 3 m. | Description Check whether the given statement is true or false. |
| Number 2. | Name Concave and convex mirrors | Type 1st type - receptive | Difficulty easy | Marks 2 m. | Description Learn and analyze the concept using the image. |
| Number 3. | Name Focal length of a spherical mirror | Type 1st type - receptive | Difficulty easy | Marks 3 m. | Description Relation between the focal length and the radius of curvature. |
| Number 4. | Name Nature of the spherical mirror | Type 1st type - receptive | Difficulty easy | Marks 3 m. | Description Check whether the image formed is infront or behind the mirror. |
| Number 5. | Name Path of light in a different medium | Type 1st type - receptive | Difficulty easy | Marks 2 m. | Description Bending of light ray when it travels from one medium to other. |
| Number 6. | Name Laws of refraction-Relate the two terms | Type 2nd type - interpretation | Difficulty medium | Marks 4 m. | Description Match the terms related to real and virtual images. |
| Number 7. | Name Refractive index of second medium with respect to the first medium | Type 2nd type - interpretation | Difficulty medium | Marks 3 m. | Description Find the refractive index of second medium using snell's law. |
| Number 8. | Name Focal length of a convex mirror | Type 2nd type - interpretation | Difficulty medium | Marks 5 m. | Description Solve the numerical based on mirror equation. |
| Number 9. | Name Refractive index of the glass | Type 2nd type - interpretation | Difficulty medium | Marks 4 m. | Description Find the refractive index of the glass. |
| Number 10. | Name Numerical based on mirror equation | Type 2nd type - interpretation | Difficulty medium | Marks 4 m. | Description Solve the numerical based on the mirror equation. |
| Number 11. | Name Application of snell's law | Type 3rd type - analysis | Difficulty hard | Marks 5 m. | Description Find the angle of refraction using snell's law. |
| Number 12. | Name Numerical based on magnification and mirror equation | Type 3rd type - analysis | Difficulty hard | Marks 10 m. | Description Solve the numerical based on the mirror equation. |
Questions for Teacher Use
| Number | Name | Type | Difficulty | Marks | Description |
|---|---|---|---|---|---|
| Number 1. | Name Important terms in light | Type Other | Difficulty medium | Marks 10 m. | Description Find the cross words which is related to light. |
| Number 2. | Name Image formation by a convex mirror | Type Other | Difficulty medium | Marks 5 m. | Description Learn and analyze the concept with the help of a diagram. |
| Number 3. | Name Total internal reflection using a transparent water bottle | Type Other | Difficulty hard | Marks 10 m. | Description Experiment to prove the property of total internal reflection. |
| Number 4. | Name Refraction- In general | Type Other | Difficulty hard | Marks 9 m. | Description Learn and analyze the theoretical part. |
| Number 5. | Name Laws of reflection | Type Other | Difficulty easy | Marks 1 m. | Description Solve the mcq based on laws of reflection. |
| Number 6. | Name Focal length of a spherical mirror | Type Other | Difficulty easy | Marks 1 m. | Description Relation between the focal length and the radius of curvature. |
| Number 7. | Name The angle of incidence | Type Other | Difficulty medium | Marks 1 m. | Description Learn the basics of light. |
| Number 8. | Name The speed of light | Type Other | Difficulty medium | Marks 1 m. | Description Learn the basics of light. |
Tests
| Number | Name | Recomended time: | Difficulty | Marks | Description |
|---|---|---|---|---|---|
| Number 1. | Name Training test 1 | Recomended time: 15:00:00 | Difficulty easy | Marks 10 m. | Description |
| Number 2. | Name Training test 2 | Recomended time: 15:00:00 | Difficulty easy | Marks 10 m. | Description |
Periodic assessments
| Number | Name | Recomended time: | Difficulty | Marks | Description |
|---|---|---|---|---|---|
| Number 1. | Name Homework 1 | Recomended time: 20:00:00 | Difficulty medium | Marks 10 m. | Description |
| Number 2. | Name Homework 2 | Recomended time: 20:00:00 | Difficulty hard | Marks 10 m. | Description |
| Number 3. | Name Progress test 1 | Recomended time: 20:00:00 | Difficulty hard | Marks 17 m. | Description |
| Number 4. | Name Progress test 2 | Recomended time: 20:00:00 | Difficulty hard | Marks 25 m. | Description |
| Number 5. | Name Periodic Assessment | Recomended time: 00:10:00 | Difficulty medium | Marks 2 m. | Description PA 2 |
| Number 6. | Name Periodic Assessment - 2.0 | Recomended time: 00:10:00 | Difficulty medium | Marks 12 m. | Description PA 2 |
| Number 7. | Name Periodic Assessment - Extended version | Recomended time: 00:10:00 | Difficulty medium | Marks 6 m. | Description PA 2 |
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