Evolution connection we often explain our behavior in terms of subjective feelings, motives, or reasons, but evolutionary explan
ations are based on reproductive fitness. what is the relationship between the two kinds of explanation? for instance, is a human explanation for behavior, such as “falling in love,” incompatible with an evolutionary explanation?
Evolution connection happens when we act according to how we feel. Evolution explanation is based on reproductive fitness.
Using the example of "falling in love", evolution connection and evolution explanation is compatible with one another.
When we fall in love, we tend to give our best to our significant other. We invest emotions and time in keeping the relationship stronger which will ultimately lead to marriage and produce offspring.
Falling in love is part of evolution connection. Getting pregnant and giving birth to a child is part of evolution explanation as a result of a successful evolution connection.
The evolution of a species can be explained by observing the reproductive fitness of the organism. To increase the reproductive fitness, the organisms have adapted and evolved certain features which became imprinted on genes like the "feelings".
The falling in love can be explained by the altruism- a behavioural selfless act in which any organism increase the welfare of another organism at their own cost of survival. If this behavior enhances the reproductive success to survive then the behavior is passed on to generations and become imprinted on genes and part of behavior of organism.
Since falling in love increases the chances of survival of other species by reproducing and producing offsprings. Thus, both the evolutionary connection and evolutionary explanation is compatible.
protein is the element responsible for building up of cells and the nucleic acid is embedded in the cell, so protein builds the whole cell including the nucleic acids.. the nucleic acid is also packed by histones which is a proteinous structure. both are important because, in the cell all organelles require protein for their growth and likewise the encoding of the genetic information carrier