Exploring Light Reflection

What is the Law of Reflection?

• The angle of reflection is twice the angle of incidence.

• The angle of incidence is equal to the angle of refraction.

• The angle of incidence is always greater than the angle of reflection.

• The angle of incidence equals the angle of reflection.

State the angle of incidence and angle of reflection relationship.

• The angle of incidence is half the angle of reflection.

• The angle of incidence is always greater than the angle of reflection.

• The angle of incidence and angle of reflection are unrelated.

• The angle of incidence is equal to the angle of reflection.

What type of mirror is flat and produces a virtual image?

• Magnifying mirror

• Concave mirror

• Plane mirror

• Convex mirror

Describe the characteristics of a plane mirror.

• A plane mirror produces a real, inverted, and larger image.

• A plane mirror creates a blurred image with no left-right reversal.

• A plane mirror produces a virtual, upright, and same-sized image, with left-right reversal.

• A plane mirror reflects light in multiple directions, distorting the image.

What type of mirror curves inward and can magnify images?

• Concave mirror

• Convex mirror

• Flat mirror

• Plane mirror

What is a convex mirror used for?

• Convex mirrors are used for wide-angle viewing and safety.

• Convex mirrors are used for reducing glare in bright environments.

• Convex mirrors are used for capturing high-resolution images.

• Convex mirrors are used for magnifying small objects.

How does a concave mirror form an image when the object is beyond the focal point?

• A concave mirror forms a virtual, upright image when the object is beyond the focal point.

• A concave mirror does not form any image when the object is beyond the focal point.

• A concave mirror forms a real, upright image when the object is beyond the focal point.

• A concave mirror forms a real, inverted image when the object is beyond the focal point.

What is the focal point of a concave mirror?

• The focal point is the center of the mirror's surface.

• The focal point is the point where parallel light rays converge after reflection.

• The focal point is the point where light rays are absorbed by the mirror.

• The focal point is where light rays diverge after reflection.

Explain how a convex mirror affects the size of the image.

• A convex mirror produces a smaller virtual image than the object.

• A convex mirror produces a larger real image than the object.

• A convex mirror has no effect on the size of the image.

• A convex mirror creates an inverted image that is the same size as the object.

What are the applications of concave mirrors in daily life?

• Applications of concave mirrors include makeup mirrors, telescopes, flashlights, car headlights, and dental mirrors.

• Concave mirrors are used in cooking ovens.

• Concave mirrors are used in air conditioning systems.

• Concave mirrors are used in smartphones.