Please invent results. Please get ideas from the below posts.
Post 1: 1 to 2 paragraphs in length
This lab demonstrates how speed of processing for shapes and words may be different in the left and right hemispheres. You will complete the lab in Mindtap and then share your results and impressions with your classmates. Answer the following questions:
- What were your results and were you surprised by them? If so, why? Support your lab reflection with chapter or other credible source information.
- What might be the advantage to having a brain in which some processes are specific to one hemisphere? Support your argument(s) with chapter or other credible source information.
Respond to at least two of your classmates, explaining why you agree or disagree with their arguments. Use chapter material and examples to support your responses to your classmates.
Post 2: (50 words or more)
> What were your results and were you surprised by them? If so, why? Support your lab reflection with chapter or other credible source infromation.
. My results were that I had a detection time of .209 seconds. I was not surprised by my results because I have always been pretty good at catching things out of the corner of my eye.A quick simple detection time would be an advantage for occupations such as being a police officer or a security guard. This is because they need to be able to quickly detect any potential threats. A quick simple detection time would be a disadvantage for occupations such as being a doctor or a nurse. This is because they need to be able to take their time and be very precise.
>What might be the advantage to having a brain in which some processes are specific to one hemisphere? Support your argument(s) with chapter or other credible source infromation.
.Brain functions depends on the independence of both hemispheres, in that their function of the right hemisphere is different from that of the left. This property brings about independence of thought processing. Scientists researching the brain function have long argued that having a lateralized brain provides enhanced brain capacity because lateralization eliminates the need for neuronal circuits to be replicated in each side.Brain lateralization is related with an improved capacity to do two functions at once: locating food and keeping an eye out for predation. This study implies that brain hemisphere improves brain efficiency in intellectual activities that require the simultaneous but distinct use of both sides.Every hemisphere has its own range of advanced circuits and operations. Ever more process is the fact the brain, the more every hemisphere can carry out various processes simultaneously.Every hemisphere, primarily in terms of disparities in linguistic functions. The left hemisphere governs the right half of the body, whereas the right hemisphere governs the left half. According to Michael Gazzaniga, a number of activities ranging from cause-and-effect thinking to personality may exhibit sequences indicating some level of hemisphere dominance.
Post 3: (50 words or more)
- What were your results and were you surprised by them? If so, why? Support your lab reflection with chapter or other credible source infromation.
Results:
In my experiment, I observed a rapid detection time of 0.250 seconds. The lack of surprise stems from my inherent ability to catch things swiftly out of the corner of my eye. This quick and efficient detection time could be advantageous in occupations like policing or security, where the prompt identification of potential threats is crucial. Conversely, it might prove a hindrance in professions such as medicine, where precision and a deliberate pace are paramount.
Supporting Reflection:
The significance of having some processes specific to one hemisphere lies in the independence of thought processing. Researchers argue that a lateralized brain enhances overall brain capacity by eliminating the need for redundant neuronal circuits on both sides. This independence allows for more efficient cognitive functioning.
Lateralization, as observed in brain hemisphere specialization, is associated with an improved ability to perform dual functions simultaneously. Research suggests that brain hemisphere specialization evolved to handle tasks such as locating food and remaining vigilant for predation concurrently. This implies that the brain’s hemispheric structure enhances efficiency in intellectual activities requiring simultaneous but distinct engagement of both sides.
Each hemisphere boasts its own set of advanced circuits and operations. As the brain becomes more complex, each hemisphere gains the ability to execute various processes concurrently. This intricate interplay between hemispheres is particularly evident in linguistic functions, with the left hemisphere governing the right half of the body and vice versa. Michael Gazzaniga’s work suggests that activities ranging from cause-and-effect thinking to personality may exhibit sequences indicative of hemisphere dominance.
To delve deeper into these reflections, additional information from neuroscience literature or relevant chapters discussing brain lateralization, cognitive functions, and the nuanced interplay between hemispheres would provide a more comprehensive understanding of the advantages associated with specific processes being specific to one hemisphere.
- What might be the advantage to having a brain in which some processes are specific to one hemisphere? Support your argument(s) with chapter or other credible source infromation.