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Test your basic knowledge |
PCAT Biology Animal Behavior
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Subject
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pcat
Instructions:
Answer 50 questions in 15 minutes.
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Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Specific behaviors found in all animals which involve the evolution of a variety of complex actions that function as signals in preparation for mating
Territoriality
Reproductive Displays
Instrumental/Operant conditioning (extinction)
Primer Phermones
2. Includes providing food - light - or electrical stimulation of the brain's 'pleasure centers.'
Spontaneous Recovery
Positive Reinforcement/Reward
Inflation Reflex
Intraspecific Interactions
3. Will prevail over a subordinate
Stimulus Discrimination
Fixed-Action Patterns
Spontaneous Recovery
Dominant member
4. Include the elements of the environment that occur in familiar cyclic patterns
Learning (higher animals)
Protective Reflexes
Hering-Breuer Reflex
External Modulators
5. Stimulated by changes in pH - PCO2 - and PO2
Chemoreceptor Reflexes
Instrumental/Operant conditioning (extinction)
Barareceptor Reflexes
Extinction (modification of conditioned behavior)
6. Stimulus that elicits the behavior of fixed action patterns
Acquired Reflex
Operant/Instrumental Conditioning
Imprinting
Releaser
7. Rapid automatic response to a stimulus
Habituation
Reflex
Deflation Reflex
Startle Response
8. Submission display -ex: happy dog wagging tail
Pseudoconditioning
Operant/Instrumental Conditioning
Classical/Pavlovian Conditioning
Agnostic Displays
9. Patterns of behavior that are established and maintained mainly by periodic situations -ex: response to a traffic light
Classical/Pavlovian Conditioning
Environmental Rhythms/Stimuli
Reticular Activating system
Positive Reinforcement/Reward
10. The major share of the response to the environment
Complex Reflexes
Learning (higher animals)
Fixed-Action Patterns
Circadian Rhythms
11. Involves the suppression of the normal startle responses to stimuli -repeated stimulation will results in decreased resonsiveness to that stimulus
Olfactory Sense
Negative Reinforcement
Habituation
Classical/Pavlovian Conditioning
12. Inhibits the expiratory center and stimulates the inspirator center when the lungs are in danger of collapsing
Critical Periods
Deflation Reflex
Startle Response
Punishment
13. Unconditioned stimulus is removed or was never sufficiently paired with the conditioned stimulus
Barareceptor Reflexes
Coughing
Deflation Reflex
Classical Conditioning (extinction)
14. The gradual elimination of conditioned responses in the absence of reinforcement
Positive Reinforcement/Reward
Stimulus Discrimination
Learning (higher animals)
Extinction (modification of conditioned behavior)
15. Affect systemic blood pressure and stimulate the respiratory rate when blood pressure declines
Barareceptor Reflexes
Stimulus Generalization
Complex Reflexes
Acquired Reflex
16. Triggered by irritation of the wall of the nasal cavity
Fixed-Action Patterns
Sneezing
Pseudoconditioning
Classical/Pavlovian Conditioning
17. Specific time periods during an animal's early development when it is physiologically able to develop specific behavioral patterns
Territoriality function
Dominant member
Positive Reinforcement/Reward
Critical Periods
18. Involves the ability of th learning organism to respond differentially to slightly different stimuli
Learned behavior
Territoriality function
Simple Reflex
Stimulus Discrimination
19. Prevents overexpansion of the lungs during forceful breathing
Inflation Reflex
Critical Periods
Fixed-Action Patterns
Imprinting
20. System of interactions of many neurons involving the startle response
Primer Phermones
Circadian Rhythms
Reticular Activating system
Learned behavior
21. Involves conditioning responses to stimuli with the Use of reward or reinforcement
Territoriality
Protective Reflexes
Operant/Instrumental Conditioning
Deflation Reflex
22. Instinctual or innate behaviors that are predominant determinants of behavior patterns - and learning plays a relatively minor role in the modification of these predetermined behaviors
Imprinting
Classical/Pavlovian Conditioning
Learning (lower animals)
Coughing
23. Natural bodily rhythms of eating and satiation
Phermones
Simple Reflex
Hering-Breuer Reflex
Internal Control
24. Ex: coughing and sneezing -operate on the exposure to chemical irritants - toxic vapors - or mechanical stimulation of the respiratory system
Extinction (modification of conditioned behavior)
Protective Reflexes
Learning (higher animals)
Dominant member
25. Distributing members of the species so that environmental resources are not depleted in a small region - intraspecifc competition is reduced
Classical/Pavlovian Conditioning
Chemoreceptor Reflexes
Territoriality function
Innate
26. Complex reflex - learned motor pattern -ex: step on brakes when animal runs in front
Acquired Reflex
Barareceptor Reflexes
Pecking Order
Critical Periods
27. Involves neural integration at a higher level -ex: brainstem or even cerebrum
Complex Reflexes
Extinction (modification of conditioned behavior)
Releaser
Circadian Rhythms
28. Members of most land-dwelling species defend a limited area or territory from intrusion by other members of the species
Territoriality
Pecking Order
Reticular Activating system
Critical Periods
29. Composed of two different reflexes: the inflation and deflation reflexes
Learning (higher animals)
Hering-Breuer Reflex
Environmental Rhythms/Stimuli
Primer Phermones
30. Social hierarchy -minimizes violent intraspecific aggressions by defining stable relationships among members of the group
Pecking Order
Internal Control
Antagonistic behavior
Deflation Reflex
31. Involves adaptive responses to the environment
Startle Response
Protective Reflexes
Reproductive Displays
Learned behavior
32. Relatively unlikely to be modified by learning
Spontaneous Recovery
Innate
Circadian Rhythms
Negative Reinforcement
33. Alerts an animal to a significant stimulus -involves the interaction of reticular activating system
Antagonistic behavior
Innate
Startle Response
Coughing
34. Consisting of threat displays and combat that settles disputes between individuals in population ex: dog growling
Pseudoconditioning
Antagonistic behavior
Simple Reflex
Inflation Reflex
35. The ability of a conditioned organism to respond to stimuli that are similar but not identical - to the original conditioned stimulus
Complex Reflexes
Negative Reinforcement
Deflation Reflex
Stimulus Generalization
36. Daily cycles that when isolated from the natural phases of light and dark - they'll continue with approximate day-to-day phasing -have both internal/external
Phermones
Circadian Rhythms
Reproductive Displays
Spontaneous Recovery
37. Process in which environmental patterns or objects presented to a devleoping organism during a brief critical period in early life become accepted permanently as an element of their behavioral environment and included in an animal's behavioral respon
Imprinting
Classical/Pavlovian Conditioning
Stimulus Discrimination
Territoriality
38. Produce long-term behavioral and physiological alterations in recipient animals ex: male mice may affect the estrous cycles of females
Extinction (modification of conditioned behavior)
Primer Phermones
Coughing
External Modulators
39. Innate behavior that has evolved as a signal for communication between members of the same species
Stimulus Generalization
Pseudoconditioning
Sneezing
Behavioral Display
40. Animals secrete phermones
Pecking Order
Spontaneous Recovery
Olfactory Sense
Spontaneous Recovery
41. If the stimulus is no longer regularly applied - the response tends to recover over time
External Modulators
Protective Reflexes
Spontaneous Recovery
Hering-Breuer Reflex
42. Triggered by irritation of the larynx
Barareceptor Reflexes
Dominant member
Coughing
Territoriality function
43. Occur as a means of communication between members of a species
Reticular Activating system
Fixed-Action Patterns
Intraspecific Interactions
Pseudoconditioning
44. The capacity of the nervous system - particularly the cebral cortex - for flexibility -correlated with the capacity for learning adaptive responses
Neurologic Development
Stimulus Discrimination
Chemoreceptor Reflexes
Spontaneous Recovery
45. Involves the association of a normally autonomic or visceral response with an environmental stimulus -aka Conditioned Reflex
Neurologic Development
Instrumental/Operant conditioning (extinction)
Classical/Pavlovian Conditioning
Fixed-Action Patterns
46. Response is diminished and finally eliminated in the absence of reinforcement
Classical/Pavlovian Conditioning
Barareceptor Reflexes
Instrumental/Operant conditioning (extinction)
Intraspecific Interactions
47. Involves conditioning an organism so that it will stop exhibiting a given behavior pattern
Sneezing
Inflation Reflex
Punishment
Spontaneous Recovery
48. Recovery of the conditioned response after extinction
Spontaneous Recovery
Circadian Rhythms
Deflation Reflex
Protective Reflexes
49. Trigger a reversible behavioral change in the recipient ex: sex attractant - alarm - toxic defensive
Simple Reflex
Stimulus Generalization Gradient
Releaser Phermones
Barareceptor Reflexes
50. Established after the organism has been conditioned - whereby stimuli further and further away from the original conditioned stimulus elicit responses with decreasing magnitued
Stimulus Generalization Gradient
Protective Reflexes
Stimulus Discrimination
Territoriality function