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Methodical recommendation:

Theory

Number Name Description
1. Rules for the construction of image by using a convex mirror In this theory we will discuss the rules to draw the image formed by a convex mirror.
2. Image formation of a convex mirror and its uses In this theory, we will learn and visualize the concept of image formation by convex mirrors.
3. Speed and refraction of light In this theory, we will discuss about speed of light and refraction.
4. Laws of refraction In this theory, we will learn and analyze the laws of refraction using images.
5. Total internal reflection This theory provides a breif data about critical angle and total internal reflection.
6. Applications of total intetrnal reflection In this theory, we will discuss about the working and usage of optical fibres.

Practice Questions

Number Name Type Difficulty Marks Description
1. Convex mirror- Applications 1st type - receptive easy 3 m. Check whether the given statement is true or false.
2. Concave and convex mirrors 1st type - receptive easy 2 m. Learn and analyze the concept using the image.
3. Focal length of a spherical mirror 1st type - receptive easy 3 m. Relation between the focal length and the radius of curvature.
4. Nature of the spherical mirror 1st type - receptive easy 3 m. Check whether the image formed is infront or behind the mirror.
5. Path of light in a different medium 1st type - receptive easy 2 m. Bending of light ray when it travels from one medium to other.
6. Laws of refraction-Relate the two terms 2nd type - interpretation medium 4 m. Match the terms related to real and virtual images.
7. Refractive index of second medium with respect to the first medium 2nd type - interpretation medium 3 m. Find the refractive index of second medium using snell's law.
8. Focal length of a convex mirror 2nd type - interpretation medium 5 m. Solve the numerical based on mirror equation.
9. Refractive index of the glass 2nd type - interpretation medium 4 m. Find the refractive index of the glass.
10. Numerical based on mirror equation 2nd type - interpretation medium 4 m. Solve the numerical based on the mirror equation.
11. Application of snell's law 3rd type - analysis hard 5 m. Find the angle of refraction using snell's law.
12. Numerical based on magnification and mirror equation 3rd type - analysis hard 10 m. Solve the numerical based on the mirror equation.

Questions for Teacher Use

Number Name Type Difficulty Marks Description
1. Important terms in light Other medium 10 m. Find the cross words which is related to light.
2. Image formation by a convex mirror Other medium 5 m. Learn and analyze the concept with the help of a diagram.
3. Total internal reflection using a transparent water bottle Other hard 10 m. Experiment to prove the property of total internal reflection.
4. Refraction- In general Other hard 9 m. Learn and analyze the theoretical part.
5. Laws of reflection Other easy 1 m. Solve the mcq based on laws of reflection.
6. Focal length of a spherical mirror Other easy 1 m. Relation between the focal length and the radius of curvature.
7. The angle of incidence Other medium 1 m. Learn the basics of light.
8. The speed of light Other medium 1 m. Learn the basics of light.

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 10 m.

Periodic assessments

Number Name Recomended time: Difficulty Marks Description
1. Homework 1 20:00:00 medium 10 m.
2. Homework 2 20:00:00 hard 10 m.
3. Progress test 1 20:00:00 hard 17 m.
4. Progress test 2 20:00:00 hard 25 m.
5. Periodic Assessment 00:10:00 medium 2 m. PA 2
6. Periodic Assessment - 2.0 00:10:00 medium 12 m. PA 2
7. Periodic Assessment - Extended version 00:10:00 medium 6 m. PA 2