The downfall of a tragic character is the result of "a tragic flaw".
The term hero is gotten from a Greek word that implies a man who faces affliction, or shows strength, despite risk. Nonetheless, at times he faces ruin too. At the point when a hero goes up against destruction, he is perceived as a tragic hero. Aristotle, the Greek philosopher, portrays these plays or stories, in which the principle character is a shocking saint, as disasters. Here, the hero goes up against his ruin whether because of destiny, or by his own oversight, or some other social reason.
Hamartia refers to a tragic flaw that causes the downfall of a hero.
Answer:
Option B
Explanation:
In almost all the literature forms specially in greek literature, a hero has always been a person who has rises against all the odds in his/her life. This special character faces affliction and usually shows strength instead of the risk involved in it. Some time this character undergoes complete down fall or he/she get ruined but this "hero" rise up again and stand strongly against the destruction and thus is perceived as a tragic hero. Aristotle, has always portrayed in his writing "hero" as the main character who get ruined because of destiny or some social reason
Hence, option B is correct
Answer:
dams
Explanation:
B) heavy metals such as mercury.
C) nitrogen oxides from automotive exhaust.
D) small particles of smoke and dust in smog.
The correct answer is B) Heavy metals such as mercury.
Explanation:
Heavy metals such as mercury or lead are denser than regular metals, this causes it is common for these metals to be found in the surface of Earth rather than in the air or atmosphere. Indeed, mercury and other similar metals are extracted from the Earth's crust and then used for different purposes. As a result of this, mercury ends up in the surface of Earth or in water sources which causes soil or water pollution. This means mercury is not a common source of air pollution; on the opposite other such as CFCs, nitrogen oxides and smog remain in the air and therefore are sources of air pollution.
Answer:
The blue whale is very genetically diverse. There are four subspecies of blue whale: B. musculus musculus, B. musculus intermedia, B. musculus indica, and B. musculus brevicauda. Very little is known about the genetic differences between these species besides appearance and weight. The subspecies don’t usually mix because of location.
In the 19th and early 20th centuries, almost all of the blue whales were killed for their baleen plates. They are now increasing in population, and scientists would like to try to see what they can do to continue to increase the population.
Explanation:
Brainliest??
Answer:
The water cycle is driven by the sun's energy. Water constantly changes state between solid, liquid and gaseous, this is due to solar energy and the force of gravity
Explanation:
Thanks to the effect of the energy of the Sun, water from the oceans and rivers, lakes, swamps, etc. It heats up and then evaporates. The sun is the one that governs the water cycle. The currents that rise in air transfer steam to the atmosphere, where it is at a lower temperature that causes the steam to condense and clouds form.
The correct answer is option C
Genetic engineering is the branch of science that deals with manipulation in the genes. The cutting and joining of two different types of DNA segment to get the desired character is also an outcome of genetic engineering.
Here, the gene coding for the poison in scorpion is cut and joined in the DNA of cabbage to produce small amount of toxin. This toxin will kill the caterpillar feeding on the cabbage.
This is an example of genetic engineering.