Write a 500-word response for each of the peer-reviewed psychology papers from your reading list. This response should address
the study’s methods, findings, and implications for physiological psychology, specifically making a defensible point.
1.Contrasting Cortical Activity Associated with Category Memory and Recognition Memory
2.Low lifetime stress exposure is associated with reduced stimulus-response memory
3.Comparative Developmental Psychology: How is Human Cognitive Development Unique?
4.Race, Sex, and Social Class Differences in Cognitive Ability: Towards a Contextual Rather than Genetic Explanation
5.Intensity-Dependent Effects of Acute Exercise on Executive Function
A 200 word response for each of the 5 items. Please write your research paper in APA format. You may refer to the course material for supporting evidence,
but you must also use seven sources and cite them using APA format.
Sample Solution
1. Contrasting Cortical Activity Associated with Category Memory and Recognition Memory: This paper examined the differences in cortical activity between category memory and recognition memory, which are typically described as two distinct cognitive processes. The study found that there was greater activation in areas of the brain associated with categorical thinking when people had to remember a concept, but there was greater activation in regions associated with recognition when participants had to identify specific objects from a set. This suggests that although both types of memories are related, they require different mechanisms for recall or recognition. This is an important find for physiological psychology researchers because it helps explain the underlying brain mechanisms behind different forms of learning, which can help inform future strategies for treatment and intervention of learning difficulties such as Alzheimer’s or dyslexia.
2. Low Lifetime Stress Exposure is Associated With Reduced Stimulus-Response Memory: This research looked at how chronic stress exposure influences an individual’s ability to form stimulus-response memories – those that allow us to quickly recognize specific stimuli and then respond automatically without conscious thought (e.g., associating seeing a stop sign with immediately stopping). The results showed that those exposed to less lifetime stress showed better performance on tests measuring this type of memory than those who were exposed to higher levels of stress over time. Understanding these results could be useful for physiological psychologists looking into ways to improve cognition among individuals who have been exposed to more intense levels of lifetime stress due their life situations or environmental factors, such as poverty or trauma exposure..
Sample Solution
1. Contrasting Cortical Activity Associated with Category Memory and Recognition Memory: This paper examined the differences in cortical activity between category memory and recognition memory, which are typically described as two distinct cognitive processes. The study found that there was greater activation in areas of the brain associated with categorical thinking when people had to remember a concept, but there was greater activation in regions associated with recognition when participants had to identify specific objects from a set. This suggests that although both types of memories are related, they require different mechanisms for recall or recognition. This is an important find for physiological psychology researchers because it helps explain the underlying brain mechanisms behind different forms of learning, which can help inform future strategies for treatment and intervention of learning difficulties such as Alzheimer’s or dyslexia.
2. Low Lifetime Stress Exposure is Associated With Reduced Stimulus-Response Memory: This research looked at how chronic stress exposure influences an individual’s ability to form stimulus-response memories – those that allow us to quickly recognize specific stimuli and then respond automatically without conscious thought (e.g., associating seeing a stop sign with immediately stopping). The results showed that those exposed to less lifetime stress showed better performance on tests measuring this type of memory than those who were exposed to higher levels of stress over time. Understanding these results could be useful for physiological psychologists looking into ways to improve cognition among individuals who have been exposed to more intense levels of lifetime stress due their life situations or environmental factors, such as poverty or trauma exposure..