7QA-Review
From Mbscientific_wiki
Morphological Flows - Chapter 7 QA Review
1- Single cells ____ stimulus-response behavior
A- do
B- don't
2- Neural network complexity ladder starts off when cells differentiate, some handling stimuli, others handling response
A- True
B- False
3- Various stimulus-response neural nets, e.g. ones handling tast3 and those handling smell have their own connection pathways
A- True
B- False, they share the same pathways
4- Various stimulus neural nets use the same control cell cluster to generate response
A- True
B- False, each stimuli connection pathway has its own control cell clusters, individual pathway clusters then connected up with integrator control cells
5- Neural nets gain complexity
A- by control clusters connecting to various stimuli pathways
B- by having control clusters connecting up with integrator control clusters, and as various stimulus pathways are added in more integrating control cluster are added in to integrate various signals and arbitrate among them
6- Arbitration of the order of importance of one stimuli versus another depends upon the strength of the incoming stimuli signal
A- True
B- Partly true, the connection strengths are also affected by the feed back neurons weighing in the reward associated with one stimulus or another
7- Stimulus-response circuits are capable of implementing And/OR/Not logic
A- True
B- False
8- Stimulus-response circuit are capable of some heuristic learning
A- True
B- False
9- We see stimulus response circuits in simple animals such as sea stars, cnidaria, and bivalves
A- True
B- False
10- even in simple animals, their complexity of behavior reflects the complexity of their stimulus response circuits
A- True
B- False
11- Heuristic circuits are just the added integrator/arbitrator control layers
A- True
B- Partly true, those circuits themselves integrate with memory circuits associated with specific stimulus-response pathways
12- Heuristic behavior is seen is arthropods
A- True
B- False
13- The basic fore-mid-hind brain structure is consistent in between, arthropods, fish, reptiles, and mammals
A- True
B- False
14- Associative logic ____ memory circuits associated with given stimuli
A- requires
B- does not require
15- Learning process in complex animals, e.g. mammals is due to the auto-encoder and memory circuits in their:
A- Cerebellum
B- Hippocampus and related organs
C- Cortical Regions and the Frontal Lobe
D- All of the above
16- Increasing complex behavior in higher order animals, e.g. mammals, is due to their ability to form increasingly complex Procedural Memories
A- True
B- False
17- Various procedural memories are integrated/arbitrated to produce increasingly complex behavior as well as problem solving in:
A- Hippocampus
B- Cerebellum
C- Frontal Lobe and associated Cortical regions
18- Chimps __ demonstrate problem solving behavior
A- can't
B- can
19- Chimps can integrate memories of objects and actions (including their own) to produce deductive logic
A- True
B- False
20- Chimps can integrate various object/action memories to solve problems that takes a series of steps to solve
A- True
B- False
21- Chimps can demonstrate if-then-else logic
A- True
B- False
22- Chimps can demonstrate compound action logic that requires multiple tools and techniques in a series of steps
A- True
B- False
23- Chimps are limited in the order of hierarchy of reasoning because of their strong impulsive traits
A- True
B- False
24- If Chimps are trained to associate symbols or numbers to refer to a stimulus (e.g. food), their order of complexity of reasoning increases by circumventing their impulses triggered by the stimulus
A- True
B- False
25- Repeated short term memories ___ turn into long term memories
A- can not
B- can
26- Long term memories form by turning on "long term memory genes" thereby fixing memory patters permanently
A- True
B- False
27- When long term memories are formed they in turn can act as instinctive circuits, i.e. they can trigger action without deliberation
A- True
B- False
