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The focal point of a lens can be brought closer by using
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
A red object looks red...
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
Light waves travel ___________ ___________ sound waves
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
A solar furnace uses this type of mirror to focus the sunlight on to a point
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
The point where light beams meet is known as the _________ point?
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
A substance that allows light to pass through it easily is described as
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
The amount of light that enters your eye is controlled by
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
The Law of Reflection states that
faster than
because it absorbs all the other colours in white light apart from red
a thicker convex lens
the pupil
concave
focal
transparent
the angle of incidence equals the angle of reflection
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