Question Bank: Light: Mirrors and Lenses

What shape are spherical mirrors based on?

How does an image appear when viewed in a concave mirror?

What happens to the image in a convex mirror when an object moves closer?

What type of mirror would you likely use as a side mirror on a car?

Which statement about spherical mirrors is true?

In which type of mirror is an image always erect?

What is the main characteristic of concave mirrors?

How does the distance of an object from a concave mirror affect the type of image produced?

Which type of spherical mirror is typically used in makeup mirrors?

What type of image does a convex mirror always produce?

When would you expect a concave mirror to produce a real image?

Which of the following best describes the focal point of a concave mirror?

What determines the focal length of a spherical mirror?

Which type of spherical mirror would you find in a security surveillance camera?

Why do concave mirrors sometimes produce enlarged images?

In spherical mirrors, what does the term 'virtual image' refer to?

What type of image is formed by a concave mirror when the object is placed between the mirror and its focal point?

Which characteristic is true for images formed by convex mirrors?

When an object moves closer to a concave mirror, what happens to the size of the image?

What phenomenon is observed in images formed by mirrors regarding left and right inversion?

Which of the following statements about concave mirrors is incorrect?

At what position of the object does a concave mirror produce an inverted image of the same size?

Which type of mirror would you use to create a wide field of view while driving?

What happens to the images formed by convex mirrors as the object moves closer?

Which of the following is not a characteristic of images formed by concave mirrors?

What type of image is formed by a convex mirror when an object is placed in front of it?

How does the image distance relate to the object distance in a concave mirror when forming a real image?

In which scenario would a convex mirror produce the largest possible image?

What is a key difference in the images formed by concave versus convex mirrors?

In a concave mirror, if the object is placed beyond the center of curvature, the image formed is:

What type of mirrors do we use for makeup to see a larger image of our face?

What is the angle of incidence?

According to the laws of reflection, what is true about the angles of incidence and reflection?

What is the primary function of a lens?

Which of the following best describes the reflected ray when a beam of light hits a concave mirror at an angle?

What type of lens is thicker at the middle than at the edges?

In a plane mirror, if the incident ray makes an angle of 30 degrees with the normal, what is the angle of reflection?

When viewing through a concave lens, how does an object appear?

What happens to parallel rays of light striking a convex mirror?

Which of the following is true about lenses compared to mirrors?

If an incident ray strikes a mirror at 45 degrees, what will be the angle between the incident ray and the reflected ray?

What happens to the image produced by a convex lens as the object moves farther away?

Which statement correctly describes the normal line in relation to a mirror?

In a simple experiment with a lens, which material is commonly used to construct lenses?

If the angle of incidence is double the angle of reflection, which could be a possible angle for reflection?

What property do all lenses share regarding light?

When light reflects off a smooth surface, what does this produce?

Which type of lens would you use to correct nearsightedness?

In which mirror does the law of reflection cause parallel beams to converge?

During experiments, what kind of lens produces smaller images?

What is the relationship between angle of incidence and reflection when the incident ray is perpendicular to the mirror?

How does the shape of a lens influence its function?

What does it mean for light rays to diverge after reflection?

Why might someone see a distorted image through an improperly shaped lens?

Which of the following determines the normal line at the point of incidence?

What is the primary difference between convex and concave lenses?

What is typically observed when looking through a convex lens from a close distance?

In what way does a lens differ from a prism?