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S&P Reading Quiz (1.6a-2.1b)

Total questions: 54

Worksheet time: 27mins

Name
Class
Date
1.

Which of the following is an example of sensory receptors NOT working?

a)
Feeling pain after a minor injury.
b)
Inability to feel pain due to nerve damage.
c)
Inability to see in bright light due to sunglasses.
d)
Experiencing taste while eating food.
2.

What transmits the information that the sensory receptors pick up to the brain?

a)

Neurons

b)

Nervous System

c)

Prefrontal Cortex

d)

Perception

3.

Which of the following is a real life example of bottom-up processing?

a)
Recognizing a face by observing individual features.
b)
Identifying a song by its melody alone.
c)
Solving a math problem using a formula.
d)
Understanding a text by recalling prior knowledge.
4.

Which of the following is a real life example of top-down processing?

a)
Reading a sentence with missing letters and understanding it based on context.
b)
Listening to a song and recognizing the melody immediately.
c)
Solving a math problem using a formula without any prior knowledge.
d)
Identifying a familiar face in a crowd without any context.
5.

When she sees a photo of her face, Juana is able to recognize it as the face of her mother. Which of the following explains why?

a)

Weber's Law

b)

Bottom-Up Processing

c)

Top-Down Processing

d)

Signal Detection Theory

6.

As Jeff reads his psychology textbook, he is able to convert the light waves into signals that his brain can interpret due to:

a)

Transduction

b)

Perception

c)

Priming

d)

Sensory Adaptation

7.

Natalia is washing her hands, and she adjusts the faucet handle until the water feels just slightly hotter that it did before. Natalia's adjustment until she feels the change in temperature is an example of:

a)

A subliminal stimulus

b)

An absolute threshold

c)

A difference threshold

d)

Signal detection

8.

Tyshane went swimming with friends who did not want to get into the pool because the water felt cold. Tyshane jumped in and after a few minutes declared, "It was cold when I first got in, but now it's fine. Come on in!" Tyshane's body became accustomed to the water temperature due to:

a)

Priming

b)

Absolute Threshold

c)

Difference Threshold

d)

Sensory Adaptation

9.

What is the best definition for Weber's Law?

a)
Weber's Law states that all stimuli are perceived equally.
b)
Weber's Law describes the speed of light in a vacuum.
c)
Weber's Law is a principle of thermodynamics.
d)
Weber's Law defines the relationship between the magnitude of a stimulus and the smallest detectable change in that stimulus.
10.

Which of the following is the definition of priming?

a)
Priming is a method of teaching new skills.
b)
Priming refers to the act of preparing a surface for painting.
c)
Priming is the process of creating a mental image before a task.
d)
Priming is the process by which exposure to a stimulus influences a response to a later stimulus.
11.

What is the cornea responsible for in vision?

a)
The cornea produces tears to keep the eye moist.
b)
The cornea is responsible for refracting light to help focus images on the retina.
c)
The cornea regulates the pressure inside the eye.
d)
The cornea absorbs light to enhance color perception.
12.

What is the difference between a hue and a wavelength?

a)
Hue is a type of light source, while wavelength is a color perception.
b)
Hue is a color perception, while wavelength is a physical measurement of light.
c)
Hue is a measurement of light speed, while wavelength is a color classification.
d)
Hue refers to the brightness of a color, while wavelength measures its intensity.
13.

Which of the following biological eye components responds to your cognitive and emotional states?

a)
Cornea
b)
Retina
c)
Sclera
d)
Iris
14.

What is your retina responsible for?

a)
The retina protects the eye from harmful light.
b)
The retina helps in regulating blood pressure.
c)
The retina stores nutrients for the eye.
d)
The retina is responsible for converting light into electrical signals for vision.
15.

The portion of your eye where there are no receptor cells, and where the optic nerve leaves the eye is known as...

a)
fovea
b)
retina
c)
cornea
d)
blind spot
16.

Which of the following is a principle of the Young-Helmholtz trichromatic theory?

a)
The human eye has four types of color receptors.
b)
Color perception is solely based on brightness levels.
c)
The Young-Helmholtz theory states that colors are perceived through a single receptor.
d)
The human eye has three types of color receptors.
17.

a nerve ending that reacts to a

physical stimulus in the internal

or external environment.

a)

gene

b)

synchronize

c)

suprachiasmatic

nucleus

d)

sensory receptor

18.

What is parallel processing?

a)
Parallel processing is the simultaneous execution of multiple processes or tasks.
b)
Parallel processing is the sequential execution of tasks.
c)
Parallel processing refers to the use of a single processor for multiple tasks.
d)
Parallel processing is a method of data storage in databases.
19.

Which of the following structures helps you mist in detecting the color of your friend's shirt?

a)
Optic nerve fibers
b)
Rod cells in the retina
c)
Cornea of the eye
d)
Cone cells in the retina
20.

If you scratch your eye, which structure are you most likely to damage?

a)
Cornea
b)
Sclera
c)
Lens
d)
Iris
21.

Your best friend decides to paint her room an extremely bright blue. Which of the following best describes the physical properties of the color's light waves?

a)
The light waves are completely absorbed.
b)
The light waves have long wavelengths.
c)
The light waves have short wavelengths.
d)
The light waves have no wavelength.
22.

When it comes to hearing, what is audition?

a)
Audition is the sense or act of hearing.
b)
Audition is the act of smelling scents.
c)
Audition is the process of tasting food.
d)
Audition refers to the ability to see.
23.

What is the difference between frequency and pitch?

a)
Frequency is the loudness of a sound, while pitch is its softness.
b)
Frequency refers to the speed of sound, while pitch is the distance between notes.
c)
Frequency is how high or low a sound is, while pitch is the volume of the sound.
d)
Frequency is a measurable property of sound waves, while pitch is the perceived quality of those frequencies.
24.

What does the auditory nerve carry?

a)
Thermal signals for temperature
b)
Visual signals for sight
c)
Electrical signals related to sound
d)
Chemical signals for taste
25.

What does the cochlea do?

a)
The cochlea converts sound vibrations into electrical signals for the brain.
b)
The cochlea stores sound information for later use.
c)
The cochlea produces sound waves for hearing.
d)
The cochlea filters out background noise.
26.

Which of the following (regarding hearing pitches), is an example of place theory?

a)
The ability to distinguish sounds based on their loudness.
b)
The understanding of pitch through the duration of sound exposure.
c)
The perception of pitches based on the frequency of sound waves.
d)
The perception of high and low pitches based on the location of stimulation on the basilar membrane.
27.

Your friend is playing the low notes on her tuba quite loudly. Which of the following best explains the physical properties of the sound waves?

a)
The sound waves have long wavelengths and low frequencies.
b)
The sound waves have medium wavelengths and variable frequencies.
c)
The sound waves are inaudible and have no frequency.
d)
The sound waves have short wavelengths and high frequencies.
28.

After being exposed to loud music for many years, which of the following types of hearing loss is more likely in a musician?

a)

Conduction

b)

Accomodation

c)

Sensorineural

d)

Frequency

29.

Nicholas can tell the difference between different pitches because his cochlea's basilar membrane is stimulated in different areas. Nicholas' experience aligns with which theory?

a)
Place Theory
b)
Temporal Theory
c)
Resonance Theory
d)
Frequency Theory
30.

When Yaroslav listens to music, the sound waves cause which of the following to vibrate first?

a)
Eardrum
b)
Auditory nerve
c)
Cochlea
d)
Outer ear
31.

Dr. Seesmay wants to conduct a study in which she examines sensorineural hearing loss. Which of the following would be an appropriate operational definition for her variable of interest?

a)
Hearing thresholds measured by speech audiometry.
b)
Self-reported hearing difficulties by patients.
c)
Hearing loss diagnosed by a physician without testing.
d)
Hearing thresholds measured by pure-tone audiometry with a threshold of 25 dB or greater.
32.

Which of the following is the best definition for gate-control theory?

a)
A hypothesis about the genetic factors influencing pain sensitivity.
b)
A model explaining the emotional aspects of pain.
c)
A theory that describes how to enhance pain perception.
d)
A theory that explains how the nervous system can modulate pain signals.
33.

What is gustation?

a)
Gustation is the sense of smell.
b)
Gustation refers to the sense of hearing.
c)
Gustation is the sense of taste.
d)
Gustation is the ability to see colors.
34.

What is olfaction?

a)
Olfaction is the process of hearing.
b)
Olfaction is the sense of smell.
c)
Olfaction refers to the sense of touch.
d)
Olfaction is the ability to taste.
35.

Taste is what kind of sense?

a)
Taste is a tactile sense.
b)
Taste is a chemical sense.
c)
Taste is an auditory sense.
d)
Taste is a visual sense.
36.

Each receptor, during taste, transmits a message to a partner cell where?

a)
in the taste receptor
b)
in the olfactory bulb
c)
in the brainstem
d)

the temporal lobe

37.

Which of the following is an example of the signal detection theory in action?

a)
A teacher grading student essays.
b)
A chef tasting a dish for seasoning.
c)
A meteorologist predicting the weather.
d)
A radiologist identifying tumors in medical images.
38.

Top-down processing is seen when.....

a)
Top-down processing happens when our senses are overwhelmed by information.
b)
Top-down processing is evident when we perceive stimuli without prior knowledge.
c)
Top-down processing is seen when our expectations shape our perception.
d)
Top-down processing occurs when we analyze data from the ground up.
39.

Bottom-Up processing is seen when....

a)
Bottom-Up processing is seen when information is processed from the top down.
b)
Bottom-Up processing is seen when decisions are made based on prior knowledge.
c)
Bottom-Up processing is seen when sensory information is processed from the ground up.
d)
Bottom-Up processing is seen when sensory information is ignored.
40.

Human ears are most sensitive to sound frequencies that include....

a)
1000 to 2000 Hz
b)
2000 to 5000 Hz
c)
5000 to 8000 Hz
d)
300 to 1000 Hz
41.

Which of the following examples is most likely to be heard by a person?

a)

An explosive detonation of an atomic bomb 200 miles away.

b)

A baby crying.

c)

A high pitched cell phone ringing.

d)

None of these.

42.

Which of the following is real-life example of a sensory adaptation?

a)
Feeling cold when stepping outside but adjusting to the temperature quickly.
b)
Hearing a loud noise but becoming accustomed to it after a while.
c)
Tasting a strong flavor in food but not noticing it after a few bites.
d)
Noticing a strong smell when entering a room but becoming unaware of it after a few minutes.
43.

Sensory adaptation reduces our __________.

a)

Threshold

b)

Weber's Law

c)

Cognition

d)

Sensitivity

44.

What is the retina responsible for?

a)

Regulates the amount of light entering the eye.

b)

Converting light into neural signals for vision.

c)

Produces tears to protect the eye.

d)

Stores visual memories for later use.

45.

In sight, what does the wavelength of the light do?

a)
The wavelength of light determines its color.
b)
The wavelength of light influences its intensity.
c)
The wavelength of light determines its speed.
d)
The wavelength of light affects its brightness.
46.

What determines the intensity of a color perceived?

a)
The amplitude of light waves and contextual factors.
b)
The speed of the observer's movement.
c)
The temperature of the surrounding environment.
d)
The wavelength of sound waves.
47.

What is the optic nerve responsible for?

a)
The optic nerve controls eye movement.
b)
The optic nerve is responsible for hearing.
c)
The optic nerve regulates blood pressure.
d)
The optic nerve is responsible for carrying visual information from the eye to the brain.
48.

The brain's peculiar wiring means that half of each eye's sensory information arrives in the opposite side of the brain, by crossing the X-shaped.....

a)

Visual are of the thalamus.

b)

Optic Chiasm

c)

Fovea

d)

Occipital Lobe

49.

The belief that opposing retinal processes enable color vision. For example, some cells are stimulated by green and inhibited by red; others are stimulated by red and inhibited by green.

a)

Color Blindness

b)

Blind Spot Theory

c)

Young-Heimholz Theory

d)

Opponent-Process Theory

50.

In hearing, the theory that links the pitch we hear with the place where the cochlea's membrane is stimualted.

a)

Color Theory

b)

Young-Heimholz Theory

c)

Place Theory

d)

Frequency Theory

51.

The theory that the rate of nerve impulses traveling up the auditory nerve matches the frequency of tone, thus enabling us to sense its pitch.

a)

Music Theory

b)

Place Theory

c)

Frequency Theory

d)

Young-Heimholz Theory

52.

This term has to do with our movement and our system for sensing the position and movement of individual body parts...

a)

Our Vestibular Sense

b)

Our Kinesthesis

c)

Gustation

d)

Olfaction

53.

If a person states that they don't like the way something tastes... They are most likely describing their....

a)

Olfaction

b)

Gustation

c)

Opinion

d)

Gate-Control

54.

Look at the graphs. Which of the following statements is true according to these graphs?

a)

The graphs show an inverse relationship between health complaints and life-satisfaction scores.

b)

Life satisfaction scores increase as health scores increased.

c)

There is a growth of people consuming poor quality foods.

d)

More health complaints causes a higher chance of scoring low on the life satisfaction score.