jj Flashcards
Which of the following is an example of classical conditioning in real life?
A) A person learns to drive a car after many lessons.
B) A dog salivates at the sound of a can opener because it associates the sound with food.
C) A person feels happy after receiving a reward for good behavior.
D) A student takes notes during a lecture.
Answer: B) A dog salivates at the sound of a can opener because it associates the sound with food.
What does “acquisition” refer to in classical conditioning?
A) The extinction of a conditioned response
B) The process of learning to associate the neutral stimulus with the unconditioned stimulus
C) The presentation of the conditioned stimulus alone
D) The appearance of spontaneous recovery
B) The process of learning to associate the neutral stimulus with the unconditioned stimulus
What happens during spontaneous recovery in classical conditioning?
A) The conditioned response is strengthened
B) The conditioned response reappears after extinction
C) The conditioned stimulus loses its power
D) The neutral stimulus becomes conditioned
B) The conditioned response reappears after extinction
In Pavlov’s experiment, what was the neutral stimulus before conditioning?
A) Food
B) Bell
C) Salivation
D) Dog
: B) Bell
What is the process of classical conditioning?
A) Learning through consequences
B) Learning through association
C) Learning through observation
D) Learning through verbal communication
: B) Learning through association
Who is credited with discovering classical conditioning?
A) B.F. Skinner
B) Sigmund Freud
C) Ivan Pavlov
D) Carl Rogers
C) Ivan Pavlov
What is the conditioned response (CR) in Pavlov’s experiment?
A) Salivation to the food
B) Salivation to the bell
C) Ringing of the bell
D) Dog’s behavior
B) Salivation to the bell
What term refers to the process of extinguishing a conditioned response?
A) Acquisition
B) Spontaneous recovery
C) Extinction
D) Generalization
C) Extinction
under supply of SA causes
depression
negative reinforcers _ the rate of operant responding
increase
receives chemical messages
Dendrites
Junction between sending a neuron and receiving a neuron
synapse
chemical messengers
neurotransmitters
speeds up impulse transmission
myelin sheath
electrical impulse
action potential
regulates sleep and mood
serotonin
Too much DA causes
schizoprenia
Too little dopamine causes
parkinson’s
running to reduce stress
negative reinforcement
By learning to associate a squirt of water with an electric shock,sea snails demonstrate the process of
classical conditioning
minimum level of stimulation required to trigger a neutral impulse
Threshold