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WorksheetsTest 1 - The eye and Geometric optics
Total questions: 15
Worksheet time: 18mins
The binocular vision allows
to determine the depth and volume of space
to see in light conditions from night to sunny day, determine colours and provide high resolution
to determine the texture of the surface; also this effect appears when viewing colored and shiny objects
The best vision distance is accepted to be
6 m
infinity
250 mm
from 6 m to infinity
If visual acuity is equal to one, what is the angle δ?
1° (one degree)
1' (one minute)
180° (180 degrees)
10'' (ten seconds)
What does stereoscopicity depend on?
The angle of visual coverage of the sides of the object being viewed
The surface properties of the object being viewed
The experience and level of training of the individual
Choose what types of vision there are
Night vision
Morning vision
Evening vision
Daylight vision
Twilight vision
A biconvex, elastic, vascular-free, gelatinous body, the shape of which changes with the help of the ciliary muscles, is called a
Pupil
Sclera
Retina
Crystalline lens
Cornea
Choose the correct statements about the retina of the eye
Rods and cones are evenly distributed throughout the retina
The cones are responsible for our vision in low light and switch off in bright light
The central fovea contains the yellow spot, where the retina is the smallest thickness
The rods are responsible for our vision in low light and switch off in bright light
There are three types of cones: blue, red and green cones
What wavelength range is the human visual analyzer adapted to?
200-600 nm
220-720 nm
380-700 nm
460-960 nm
What type of cones are primarily stimulated by violet light?
S
L
M
L и M
The accommodation of the eye is ....
Ability of the eyes to focus to infinity
Turning the eyes to the midplane of the head when viewing a close object
The ability of the eye to change the curvature of the surfaces of the
crystalline lens
Turning the eyes to the lateral plane of the head when viewing a close object
Select the laws of geometric optics:
The law of straight-line propagation of light
The law of optical inertia
The law of independent propagation of rays
The law of reflection of light
The law of chromatic aberration
What is the name of the law, the essence of which is depicted in the picture?
Axiom of contact of media
Law of refraction of light (Snell's law)
Law of optical density
Huygens-Fresnel law
Select the option that lists all the correct refractive indices for the materials:
nair=1, nwater=1.515, nimmersion oil=1.333, noptical glasses=1.5−1.9
nair=1, nwater=1.333, nimmersion oil=1.5−1.9, noptical glasses=1.515
nair=1, nwater=1.333, nimmersion oil=1.515, noptical glasses=1.5−1.9
nair=1.5−1.9, nwater=1.515, nimmersion oil=1.333, noptical glasses=1
Select which lens and which image of the object is shown in the picture.
Diffusing lens, image: real and inverted
Diffusing lens, image: virtual and inverted
Converging lens, image: virtual and direct
Converging lens, image: virtual and inverted
Converging lens, image: real and inverted
Select which lens and which image of the object is shown in the picture.
Diffusing lens, image: real and inverted
Diffusing lens, image: virtual and direct
Converging lens, image: virtual and direct
Converging lens, image: virtual and inverted
Converging lens, image: real and inverted
