Reflection of Light ( Form 3, Physics)

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Test your understanding of light reflection laws!

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Reflection of Light ( Form 3, Physics)


Reflection of Light ( Form 3, Physics)Version en ligne Test your understanding of light reflection laws! par YAKILI LMS 1 The angle of incidence is measured between the incident ray and the normal line. Yes No 2 The normal line is drawn parallel to the reflecting surface at the point of incidence. Yes No 3 The normal line is an imaginary line perpendicular to the reflecting surface at the point of incidence. Yes No 4 The second law of reflection states that the angle of reflection is twice the angle of incidence. Yes No 5 The first law of reflection states that the angle of incidence equals the angle of reflection. Yes No 6 The law of reflection only applies to convex mirrors. Yes No 7 In the law of reflection, the incident ray, reflected ray, and the normal all lie in the same plane. Yes No 8 Reflected rays always bend away from the normal line. Yes No 9 The law of reflection applies to smooth and polished surfaces like mirrors. Yes No 10 In reflection, the incident ray and the reflected ray are always perpendicular to each other. Yes No 11 Ray diagrams are not necessary to determine the image position in a plane mirror. Yes No 12 In a plane mirror, the image appears to be behind the mirror. Yes No 13 The distance from the mirror to the object is equal to the distance from the mirror to the image. Yes No 14 The image formed by a plane mirror is always magnified. Yes No 15 The image in a plane mirror is real and inverted. Yes No 16 The image formed by a plane mirror is virtual and upright. Yes No 17 In ray diagrams, the reflected rays always pass through the actual image point. Yes No 18 Ray diagrams help in locating the position of the image in a plane mirror. Yes No 19 According to the law of reflection, the angle at which the incident ray strikes a surface is equal to the angle at which the reflected ray leaves it. Yes No 20 The size of the image in a plane mirror is always larger than the object. Yes No 21 Light travels in straight lines through the pinhole to form an image. Yes No 22 The size of the pinhole affects the sharpness of the image. Yes No 23 Pinhole cameras cannot be used to take photographs. Yes No 24 The camera obscura is an early example of a pinhole camera. Yes No 25 You need a lens to focus light in a pinhole camera. Yes No 26 Pinhole cameras can only be made with metal boxes. Yes No 27 The image in a pinhole camera is always upside down. Yes No 28 A larger pinhole always produces a sharper image than a smaller one. Yes No 29 A pinhole camera does not require a lens to form an image. Yes No 30 A pinhole camera uses a tiny hole to project an image. Yes No 31 Mirrors in vehicles help drivers see behind them. Yes No 32 Plane mirrors can magnify objects like microscopes do. Yes No 33 Plane mirrors are used in telescopes to observe distant stars. Yes No 34 Mirrors in cameras are always curved, not flat. Yes No 35 Shaving mirrors are a type of plane mirror used for grooming. Yes No 36 Plane mirrors are used in optical instruments like periscopes. Yes No 37 Plane mirrors produce virtual images that are upright. Yes No 38 Plane mirrors are used in household bathrooms for reflection. Yes No 39 Plane mirrors can change the size of the reflected image. Yes No 40 Plane mirrors can be used to focus sunlight to generate heat. Yes No 41 Convex mirrors can be used to focus sunlight to start a fire. Yes No 42 Convex mirrors are used in vehicle side mirrors for a wider view. Yes No 43 Convex mirrors are used in telescopes to focus distant objects. Yes No 44 Concave mirrors can magnify objects when used correctly. Yes No 45 Curved mirrors help in making headlights more effective in cars. Yes No 46 Concave mirrors are mainly used in street lighting to spread light evenly. Yes No 47 Curved mirrors are not used in any household appliances. Yes No 48 Convex mirrors produce virtual and upright images. Yes No 49 Concave mirrors are only used in microscopes and not in everyday objects. Yes No 50 Concave mirrors are used in shaving mirrors to focus light on the face. Yes No

Reflection of Light ( Form 3, Physics)

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Reflection of Light ( Form 3, Physics)Version en ligne

par YAKILI LMS

The angle of incidence is measured between the incident ray and the normal line.

The normal line is drawn parallel to the reflecting surface at the point of incidence.

The normal line is an imaginary line perpendicular to the reflecting surface at the point of incidence.

The second law of reflection states that the angle of reflection is twice the angle of incidence.

The first law of reflection states that the angle of incidence equals the angle of reflection.

The law of reflection only applies to convex mirrors.

In the law of reflection, the incident ray, reflected ray, and the normal all lie in the same plane.

Reflected rays always bend away from the normal line.

The law of reflection applies to smooth and polished surfaces like mirrors.

In reflection, the incident ray and the reflected ray are always perpendicular to each other.

Ray diagrams are not necessary to determine the image position in a plane mirror.

In a plane mirror, the image appears to be behind the mirror.

The distance from the mirror to the object is equal to the distance from the mirror to the image.

The image formed by a plane mirror is always magnified.

The image in a plane mirror is real and inverted.

The image formed by a plane mirror is virtual and upright.

In ray diagrams, the reflected rays always pass through the actual image point.

Ray diagrams help in locating the position of the image in a plane mirror.

According to the law of reflection, the angle at which the incident ray strikes a surface is equal to the angle at which the reflected ray leaves it.

The size of the image in a plane mirror is always larger than the object.

Light travels in straight lines through the pinhole to form an image.

The size of the pinhole affects the sharpness of the image.

Pinhole cameras cannot be used to take photographs.

The camera obscura is an early example of a pinhole camera.

You need a lens to focus light in a pinhole camera.

Pinhole cameras can only be made with metal boxes.

The image in a pinhole camera is always upside down.

A larger pinhole always produces a sharper image than a smaller one.

A pinhole camera does not require a lens to form an image.

A pinhole camera uses a tiny hole to project an image.

Mirrors in vehicles help drivers see behind them.

Plane mirrors can magnify objects like microscopes do.

Plane mirrors are used in telescopes to observe distant stars.

Mirrors in cameras are always curved, not flat.

Shaving mirrors are a type of plane mirror used for grooming.

Plane mirrors are used in optical instruments like periscopes.

Plane mirrors produce virtual images that are upright.

Plane mirrors are used in household bathrooms for reflection.

Plane mirrors can change the size of the reflected image.

Plane mirrors can be used to focus sunlight to generate heat.

Convex mirrors can be used to focus sunlight to start a fire.

Convex mirrors are used in vehicle side mirrors for a wider view.

Convex mirrors are used in telescopes to focus distant objects.

Concave mirrors can magnify objects when used correctly.

Curved mirrors help in making headlights more effective in cars.

Concave mirrors are mainly used in street lighting to spread light evenly.

Curved mirrors are not used in any household appliances.

Convex mirrors produce virtual and upright images.

Concave mirrors are only used in microscopes and not in everyday objects.

Concave mirrors are used in shaving mirrors to focus light on the face.