Answer:
It is here where the king makes a connection between the size of Gulliver and other humans and their moral weakness. He Is obviously disgusted at the human thirst for power and at what lengths are we willing to take it:
"The king was struck by horror by the description I had given of those terrible engines, at the proposal I had made. He was amazed how so impotent and groveling an insect as I could entertain such inhuman ideas, and in so familiar a manner as to appear wholly unmoved at all the scenes of blood and desolation, which I had painted as the common effects of those destructive machines."
Explanation:
"Gulliver's Travels", a novel from 1726, is divided in four parts: by Lemuel Gulliver, first a surgeon, and then a captain of several ships by the Irish writer and clergyman Jonathan Swift, a full-length prose satire on both human nature and the "travellers' tales". In this novel the theme is moral correctness vs mental or physical strength, and it as a classic of English literature "to vex the world rather than divert it" turning to an immediate universally read success masterpiece.
In general, a scientific law is the description of an observed phenomenon. It doesn't explain why the phenomenon exists or what causes it. The explanation of a phenomenon is called a scientific theory. It is a misconception that theories turn into laws with enough research.
Answer: Trait theory
Explanation: Another name for this theory is dispozstional theory, and it says that personality traits determine behaviours, thoughts, and feelings, that is, determine these patterns by which certain personalities respond and engage in certain activities. So primarily this theorist deals with the study of traits that might explain a behaviour. The trait as such is a stable indicator, therefore, a characteristic that leads individuals to adopt a particular pattern of behaviour.
The single-stranded genomic DNA, the SDS, and the cellular waste are precipitated in a high-salt environment that is created by the potassium ion from the potassium acetate.
After centrifugation, the supernatant will still contain your plasmid DNA. Plant DNA has frequently been extracted using the potassium acetate method.
It has been suggested in situations when several markers need to be evaluated on the same samples since it generates enough DNA to test a high number of markers. Typically, laboratory procedures call for the use of potassium acetate.
In molecular biology applications, potassium acetate precipitates sodium dodecyl sulfate (SDS) and SDS-bound proteins to enable their removal from DNA. It may also be employed as a salt for the ethanol precipitation of DNA.
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