Comparing across animals in the image, do you think there is a major difference in animals' abilities to regulate unconscious functions like heart rate and breathing rate?  Why or why not?

Imagine you are conducting a beta fish experiment. Your experiment consists of finding the response of the betta fish to various vibrations. This is your results (picture). Put your results into a graph, be sure to include error bars if applicable.

Q1 If you create a big lesion in the hippocampus area of a rat's brain the rat will have trouble with what functions  learning and memory  motor control  recognition of biological danger  regulation of hunger and thirst    Q2 A friend of yours who endured significant damage in the motor cortex in the right hemisphere is likely to  not be able to walk at all because he will be paralyzed from the waist down.  have some paralysis in the left side of his body.  not be able to understand anything you say to him.  have some paralysis on the right side of his body.    Q3 Creating a lesion in a specific area of the brain allows researchers to  identify stimuli that activate a particular part of the brain.  identify the probable function of a specific brain area.  observe individual ion channels in the membranes of neurons.  observe the activity of a particular part of the brain.    Q4 You just met the sibling of your roommate and discovered that even though the siblings are of the same sex…

nich of the following offers the best description of neural transmission across a mammalian synaptic cleft? Action potentials at nerve terminals cause the release of chemicals that diffuse across the gap o It involves the flow of K+ and Na+ across the gap. O Neural impulses travel across the gap as electrical currents O Neural impulses travel across the gap in both directions

How is the brain an example of an emergent property? Can technology sometimes lead us in the wrong direction? Examples? Does technology cause us to make incorrect conclusions or vast generalizations (other examples)?

Need help Different behavior patterns can be created by interactions of one or more pattern generators - in response to light touch, the sea slug, Tritonia, exhibits reflexive withdrawal of the body away from the stimulus (i.e. the sea slug “cringes”). However, a stronger mechanical stimulus induces the release of serotonin from specific neurons within the central nervous system and subsequent swimming behavior (i.e., an escape response). Both withdrawals of the body and swimming are driven by the same central pattern generator circuitry. This illustrates which important characteristic of central pattern generators? A. Model central pattern generators are not as complex as their real-world counterparts. B. Their rhythmic output is an emergent property of the neural network. C. Their output is not fixed but can be modified

What is the "coincidence" in the Jeffress neural coincidence model?     Two sound sources have the same frequency and amplitude at the same time.     Signals arrive at two different neurons at the same time.     Signals arrive from the two ears at the same time.     Two sound sources are in the same location in the sound environ