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PSY TEST #2
| Question | Answer |
|---|---|
| Three Things about Parasympathetic Division | -Controls your body while your sleeping. -Keeps your heart beating/breathing normal/coordinates digestion. -Active most of the time. |
| Sympathetic Division of the ANS what organs or systems it activates and which ones it does NOT activate. | "Fight or Flight" - signals the adrenal glands to release stress related chemicals called hormones that will travel all over the body but only affect certain target organs (ie., the heart, mm, and lungs). |
| Sympathetic Division of the ANS what organs or systems it activates and which ones it does NOT activate. | "Fight or Flight" - signals the adrenal glands to release stress related chemicals called hormones that will travel all over the body but only affect certain target organs (ie., the heart, mm, and lungs). |
| Sympathetic Division of the ANS what organs or systems it activates and which ones it does NOT activate. | "Fight or Flight" - signals the adrenal glands to release stress related chemicals called hormones that will travel all over the body but only affect certain target organs (ie., the heart, mm, and lungs). |
| What does the Pituitary gland secrete. | Hormones that regulate growth. |
| What does the Pituitary gland secrete. | Hormones that regulate growth. |
| What does the Pineal gland secrete. | Melatonin. |
| What does the Pancreas secrete. | Insulin and Glucagons. |
| What does the Adrenal Glands secrete. | Over 30 different hormones. |
| What does the Hippocampus Do. (ie.limbic system structure of our brain) | Long-term memory formation & Memory for locating objects. |
| Where can "Neurotransmitter" be found, also what does it do. | Found in the synaptic vesicles. When released it has an effect on the next cell. |
| What is Acetylcholine involved in. | Arousal, Attention, Memory, and Controls muscle contractions. |
| What is Serotonin involved in. | Mood, Sleep, and Appetite. |
| What is Dopamine involved in. | Control of Movement & Sensations of Pleasure. |
| What is GABA (Gamma-aminobutyric acid) involved in. | Sleep, and Inhibits Movement. |
| What two Nervous systems make up Peripheral Nervous System, and What does each system control. | (1)Autonomic Nervous System (ANS)- regulates glands internal organs, blood vessels, responsible for pupil dilation, digestion and BP.(2)Somatic Nervous System (SNS)- Carries sensory info, Controls movement of the skeletal muscle and voluntary movement. |
| What structure's make up the Central nervous system. | Brain and Spinal Cord. |
| What does the Hypothalamus regulate. | Body temperature, thirst, hunger, sleeping, waking, sexual activity and emotions. |
| What does the Hypothalamus control. | The pituitary gland, therefore regulates hormones. |
| List three things about the Amygdala. | -"almond shped" -Located near the hippocampus -responsible for fear and memory of fear |
| What happens if damage occurs in Broca’s Area resulting in Broca’s Aphasia. | Causes the person to be unable to speak clearly/fluently, to mispronounce words/halted speech. |
| What happens if damage occurs in Wernicke’s Area resulting in Wernicke’s Aphasia. | Causes the person to be unable to understand meaningful language. |
| Left Hemisphere of the Brain, what are the specializations of this area. | Controls right hand, spoken/written language, mathematical calc., logical thought, analysis of detal, reading. |
| Absolute Threshold Know the definition. | The minimum stimulation needed to detect a particular stimulus 50% of the time. |
| Where and how does Transduction occur. | The transformation of the vibrations of sound into neural messages. |
| Who associate with Opponent Process Theory | Ewald Hering |
| what Hering called the occurrence of someone seeing an opponent color. | Afterimage |
| Papillae & Taste buds. | Papillae are the little bumps on the side and top of your tounge. Taste buds are the 200 or more little bumps inside the papillae. Each on contains a pore that catches food chemicals. |
| How does sense of smell work. | Up the nose to the olfactory receptor cells and into the olfactory bulb (which bypasses the thalamus) then to the olfactory cortex, orbitofrontal cortex & the amygdala. |