Multiple Choice
Two different stimuli (a light and a tone) are separately turned into conditioned inhibitors for an excitatory food stimulus (signaled by a buzzer) . Then light and tone are put in compound and presented together without food for many trials. The Rescorla-Wagner model would predict that on each conditioning trial,
A) the tone will become less inhibitory as the light becomes more inhibitory.
B) the light will become less inhibitory as the tone becomes more inhibitory.
C) both the light and the tone will become more inhibitory until both are twice as inhibitory as they were at the start of training.
D) both light and tone will lose inhibition.
Correct Answer:

Verified
Correct Answer:
Verified
Q66: According to the priming model, learning depends
Q67: Which statement about the role of attention
Q68: Evaluate the value of the Rescorla-Wagner model,
Q69: Backward excitatory conditioning is most likely to
Q70: Comparator models assume that<br>A) the CS and
Q72: According to the Rescorla-Wagner model, an inhibitor
Q73: The AESOP model assumes that<br>A) CS presentations
Q74: Which design cannot be solved by an
Q75: According to Wagner's SOP model of conditioning,<br>A)
Q76: In Phase 1 of training, subjects receive