Reflection Quiz 16 (30 MCQs)

Quiz Instructions

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1. When light falls on a smooth polished surface, most of it
2. What is the definition of rotation?
3. How is light affected by an increase in the index of refraction?
4. A plane mirror forms a
5. What happens to the speed of light when it reflects off a surface?
6. Which of the following characteristics are correct for the image formed in a plane mirror?I. Upright II. InvertedIII. Real IV. Same size as the objectV. Virtual
7. When a figure is translated down what happens?
8. A point is reflected over the x-axis. What coordinate changes?
9. What is the angle of reflection?
10. The principal of our school is
11. Given that $f\left(x\right)=x^2+5x+10$ $g\left(x\right)=x^2-5x+10$
12. How do the points of a figure move in a translation?
13. A ray of light coming parallel to the principal axis after passing through a convex lens, has passed through its
14. Which of the following is an example of a reflection?
15. The two types of spherical mirrors are .....
16. Linear magnification produced by a concave mirror may be:
17. Virtual Images are
18. What is the reflection of P(2, -6) over the line y = x
19. True or False:A reflection is a transformation that flips a figure over a line.
20. Point C (-5, 4)Reflect over the x-axis. What is C'?
21. How are the two mirrors in a periscope arranged with respect to:a) each otherb) ends of the tube
22. Did your expectation meet from this TOT?
23. In a periscope, how many mirrors are used to reflect light?
24. When a figure is translated to the right, what happens?
25. Laws of reflection of light are similar to the laws of reflection of sound
26. How does Pablo gets better?
27. Reflect about the x-axis(9, -1)
28. A10 mm long awl pin is placed vertically in front of a concave mirror. A 5 mm long image of the awl pin is formed at 30 cm in front of the mirror. The focal length of this mirror is [NCERT Exemplar Problems]
29. The image formed by convex lens real, inverted same size as that of the object, the position of the object is
30. Shining a flashlight on a flat mirror proves that light can