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WorksheetsBPC2134 Quiz (Alt)
Total questions: 20
Worksheet time: 15mins
The electromagnetic spectrum describes all of the kinds of light, including those the human eye cannot see. What is the visible spectrum for humans?
400-700nm
350-800nm
400-750nm
410-700nm
Which part of the eye consists solely of cones?
Cornea
Fovea
Pupil
Optic disk
Signals from the retina travel through the optic nerve to the LGN, then to the primary visual receiving area in the striate cortex. Following that, the signal travels to the _ and _.
temporal lobe; occipital lobe
temporal lobe; frontal lobe
temporal lobe; parietal lobe
parietal lobe; occipital lobe
Ungerleider and Mishkin (1982) used a technique to determine the function of a particular area of the brain. What is this technique called?
Ablation
Brain imaging
Striped tub
Subtraction
For top-down processing, your brain will be reliant on
Sensory receptors to register info
Cognitive processing of incoming data
Cognitive processing at a higher level
Sensory receptors to register previous information
Gestalt's Principles are often used when describing object perception. Which describes the principle of similarity?
our tendency to complete an incomplete shape in order to rationalize the whole.
human nature to group like things together. In this principle, similar elements are visually grouped by colour, shape, or size.
the human eye will follow the smoothest path when viewing lines, regardless of how the lines were actually drawn.
there is a tendency to group elements which do not actually touch each other in a composition
What is the key difference between the Occipital Face Area (OFA) and the Fusiform Face Area (FFA)?
OFA is more involved in higher-level face processing
FFA is more involved in general face perception
FFA is more involved in higher-level face processing
OFA is more involved in general face perception
Saturation refers to
The wavelength of light being reflected or produced
The percentage of intensity
How intense a given hue is
The amount of black or white mixed in with the colour
What evidence supports the Trichromatic Theory of Colour Vision?
Afterimages
Colour-matching experiments
Ishihara plates
Ablation
What is the key difference between the Trichromatic Theory of Colour Vision versus the Opponent-Process Theory?
The Trichromatic Theory is based on the receptor level, whilst the Opponent-Process Theory is based on the neural level
The Trichromatic Theory is based on the neural level, whilst the Opponent-Process Theory is based on the receptor level
The Trichromatic Theory is based on the presence of rods, whilst the Opponent-Process Theory is based on the presence of cones
The Trichromatic Theory is based on neural level, whilst the Opponent-Process Theory is based on the fovea level
Ishihara plates are used to test for _.
(a)
_ is a type of colour deficiency where the L-cone system is absent
(a)
The principle of _ suggests that objects tend to be grouped together if they are close to each other.
(a)
_ patients can still identify familiar people by cues such as voice, walking style, or any distinctive facial features.
(a)
_ is a condition that occurs when the eye is too short internally, and the lens cannot become thick enough to focus an image on the retina.
(a)
The blind spot is a part of the retina where there are no _.
(a)
Removal of the parietal lobe in monkeys resulted in difficulty solving the landmark discrimination problem. Hence, Ungerleider and Mishkin called the pathway leading from the striate cortex to the parietal lobe the _ pathway
(a)
Light first passes through the cornea, and some of this light enters the eye through an opening called the _.
(a)
_ pathway is the pathway (or the road) the neural signals take from the striate cortex (which is the primary sensory cortical area for vision) to the temporal lobe.
(a)
The _ describes all kind of light, including those the human eye cannot see.
(a)
