The monocular depth cue in which an object blocking another object is perceived as closer is

16. The monocular depth cue in which an object blocking another object is perceived as closer is linear perspective relative height binocular disparity a. b. c. overlap d. 17. In the figure below, identify a depth cue which indicates the image projects in depth. overlap relative size linear perspective binocular disparity a. b. c. d. 18. Identify one depth which indicates that object A is located at a further distance than cue object B. A relative height texture gradient relative size lincar perspective a. b. c. d. 19. In the figure below, identify a depth cue which indicates the image projects in depth. binocular disparity texture gradient relative motion overlap a b. c. d. 20. The depth cue of convergence is a monocular depth cue binocular depth a. cue b. 21. In which stage of sleep are we unable to move? stage 2 NREM sleep stage 3 NREM sleep stage 1 NREM sleep REM sleep a. b. C. 16. The monocular depth cue in which an object blocking another object is perceived as closer is linear perspective relative height binocular disparity a. b. c. overlap d. 17. In the figure below, identify a depth cue which indicates the image projects in depth. overlap relative size linear perspective binocular disparity a. b. c. d. 18. Identify one depth which indicates that object A is located at a further distance than cue object B. A relative height texture gradient relative size lincar perspective a. b. c. d. 19. In the figure below, identify a depth cue which indicates the image projects in depth. binocular disparity texture gradient relative motion overlap a b. c. d. 20. The depth cue of convergence is a monocular depth cue binocular depth a. cue b. 21. In which stage of sleep are we unable to move? stage 2 NREM sleep stage 3 NREM sleep stage 1 NREM sleep REM sleep a. b. C.

16 d overlap (In monocular cue, when one object obscures
another, we can infer that the blocking object in closer
than the blocked object).
17 d binocular disparity ( it occurs because of the difference
between the retinal images of our eyes and how the differing
signals influence the visual image perceived by our brain we have
two eyes and two slightly different signals are sent to the brain
because of slightly discrepancies in the retinal image)
18 d Relative size ( When two objects of the same size, the
monocular cue states that if an object seems larger, it is probably
closer, and if an object is smaller, it is probably distant).
19. b Texture Gradient (texture may play a role in helping us
determine the size of an object when the texture units change in
size then depth is indicated, in this the spaces are shaped so that
the top is smaller than the bottom and the sides tilt in towards
the middle).
20 Binocular Cues ( It depends upon using the two eyes, The
greater the inward strain, the closer the object)
21 d, REM sleep, ( REM is the stage of sleep when the brain is
very active and the person often sees the dream in this stage, the
body is unable to move except the eyes and muscle that are used in
breathing).

Also Read :   Let f(x) = 3x – 6 and g(x) = x – 2. Find (f*g) and states its domain?

Leave a Comment