
Light โ Reflection
Science ยท Grade 10 ยท Week 17 ยท 25 questions
Light travels in straight lines, bounces off mirrors, and bends through lenses. Understanding how light behaves explains everything from rainbows to eyeglasses to cameras.
What you'll practise
- Find the mean of data sets
- Work with angles
- Explain reflection and refraction of light
- Describe how mirrors and lenses form images
All 25 questions in this Light โ Reflection quiz
Grade 10 Science โ Light โ Reflection: 25 practice questions with instant scoring and explanations.
- The law of reflection states:
- A plane mirror produces an image that is:
- The distance from the mirror surface to its center of curvature is called:
- The focal length of a mirror is:
- For a concave mirror, which statement is true?
- Using mirror formula 1/f = 1/v + 1/u, if u = 15 cm and f = 10 cm, what is v?
- The magnification produced by a mirror is given by:
- For a convex mirror, the image is always:
- A concave mirror can produce:
- Using sign convention, distances measured in front of mirror are:
- If an object is placed at the center of curvature of a concave mirror, the image will be:
- A plane mirror has:
- For a concave mirror with u = 20 cm and f = 10 cm, what is magnification?
- A convex mirror is commonly used for:
- When an object is placed between focal point and pole of concave mirror, image is:
- The radius of curvature of a plane mirror is:
- For a concave mirror, u = 30 cm and f = 12 cm. Using 1/f = 1/u + 1/v, find v:
- The power of a mirror is defined as:
- If magnification m = -2 for a concave mirror, this means:
- A concave mirror of focal length 15 cm is used to produce a real image of size equal to object. Object distance should be:
- For a convex mirror with u = 20 cm and f = -10 cm, find v:
- The number of images formed when two plane mirrors are placed at 60ยฐ is:
- Which mirror is used in makeup mirrors to magnify the face?
- For a mirror, if object distance equals image distance, the object is placed at:
- The angle of incidence and angle of reflection are measured from:
Question 1 of 250 correct so far