Since divergent thinking is mostly associated with artistry, it mainly stimulates the right hemisphere of the brain. As for convergent thinking, it is generally related with logic which is generally processed in the left hemisphere. Deductive reasoning is followed in convergent thinking as a logical answer is derived by eliminating the other less reliable data.
Conversely, divergent thinking leans towards inductive reasoning as ideas stem out from a main proposition. Divergent thinking favors quantity over quality in the sense that its chief aim is to produce as many ideas as possible.
Contrarywise, convergent thinking supports quality over quantity as it purports to determine the finest idea. As divergent thinking welcomes all potentials, the process often endures for long periods of time.
Antithetically, convergent thinking concludes earlier as it only considers what is perceived as highly relevant. Cite APA 7 Brown, g. Difference between Divergent Thinking and Convergent Thinking.
Difference Between Similar Terms and Objects. MLA 8 Brown, gene. To me, Divergence seeks the highest Quality, by seeking and sorting through many answers, although it is time-consuming. Convergence, however, is in a hurry, and only cares about the answer that gives the best Quantity resolution that can be guaranteed in a limited time-frame. I think that varied circumstances make the differences. Name required. Email required. Please note: comment moderation is enabled and may delay your comment.
There is no need to resubmit your comment. Notify me of followup comments via e-mail. Written by : gene Brown. Journal of Research in Personality Amsterdam: BIS Publishers, Japanese Psychological Research. User assumes all risk of use, damage, or injury. You agree that we have no liability for any damages. What is Divergent Thinking? The characteristics of divergent thinking involve the following: Instinctual Ideas are generated in a highly spontaneous manner.
Free-flowing Although an answer has been found, the possibility of finding other answers is still considered. Complex Concepts are multilayered and involve numerous standpoints.
What is Convergent Thinking? The characteristics of convergent thinking comprise the following: Fast As compared to divergent thinking, convergent thinking focuses more on speed as it aims to verify the most direct and efficient answer in a shorter period of time. Convergent and divergent sequences. Partial sums: formula for nth term from partial sum.
Partial sums: term value from partial sum. Practice: Partial sums intro. Infinite series as limit of partial sums. Next lesson. Current timeTotal duration Google Classroom Facebook Twitter. Video transcript Let's say I've got a sequence. And it just keeps going on and on and on like this.
And we could graph it. Let me draw our vertical axis. So I'll graph this as our y-axis. And I'm going to graph y is equal to a sub n. And let's make this our horizontal axis where I'm going to plot our n's. So this right over here is our n's. And this is, let's say this right over here is positive 1. This right over here is negative 1.
And I'm not drawing the vertical and horizontal axes at the same scale, just so that we can kind of visualize this properly. But let's say this is 1, 2, 3, 4, 5, and I could keep going on and on and on. These similar structures are called analogous structures.
Another example of convergent evolution is the body shape of dolphins and sharks. Though dolphins and sharks are distantly related animals, their body shapes are adapted for fast swimming.
Thus, the environment forces the phenotype of distantly related organisms to become analogous. Figure 1: Convergent evolution of the body shape of the shark and dolphin. The development of the eye of vertebrates, cephalopods, and cnidarian is another example of convergent evolution. Divergent evolution is a process of developing two or more species from a common ancestor. The branching begins with the selective breeding of naturally or artificially chosen traits, which occurs over time.
Thus, divergent evolution is a process of macroevolution , creating more diversity of species in the biosphere.
Divergent evolution produces important changes within individuals for their survival within a changing environment.
Natural disasters such as volcanos, changings of the climate, and spread of diseases may cause the divergent evolution. The most beneficial traits will be selected through natural selection.
Adaptive radiation is a type of microevolution, which leads to the divergent evolution. The production of new species by divergent evolution is referred to as speciation.
Physical barriers, as well as biological or reproductive differences within a population, will keep the population from reproducing with each other.
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