Assignment: Differing Conceptualizations Of The Mind

Compare differing conceptualizations of the mind and how the mind is studied.
Address the influence of internal and environmental conditions on what is recalled from certain kinds of memory/representations (e.g., things remembered rote, such as one’s phone number vs. interpreted things like a mother’s affect last time she was seen).
Determine the necessity for a one-to-one correspondence between a specific representation in the mind and a physico-chemical condition in some specific neurons/synapses in the associated brain.
Analyze fundamental differences between representations from: (a) Visual stimuli vs. those from speech stimuli; (b) Experienced stimuli (instantiated; things that happened externally, the last pizza you ate) vs. imagined stimuli (uninstantiated; anticipating-imagining something for dinner that you’ve never had before).
Do you notice any obvious differences between the chromosomes of the male and those of the female in Figure 3? The difference lies in the 23rd pair. Ordinarily, in females this pair consists of two chromosomes called X chromosomes; in males the 23rd pair consists of an X chromosome and a Y chromosome. The presence of a Y chromosome is one factor that makes a person male rather than female.
Sources of Variability Combining the genes of two parents in their offspring increases genetic variability in the population, which is valuable for a species because it provides more characteristics on which natural selection can operate (Belk & Borden Maier, 2016; Simon, 2017). In fact, the human genetic process creates several important sources of variability. First, the chromosomes in the zygote are not exact copies of those in the mother’s ovaries and the father’s testes. During the formation of the sperm and egg in meiosis, the members of each pair of chromosomes are separated, but which chromosome in the pair goes to the gamete is a matter of chance. In addition, before the pairs separate, pieces of the two chromosomes in each pair are exchanged, creating a new combination of genes on each chromosome. Thus, when chromosomes from the mother’s egg and the father’s sperm are brought together in the zygote, the result is a truly unique combination of genes.