If incoming serotonin axons were destroyed, LSD would still have its full effects. However, if incoming dopamine axons were destroyed, amphetamine and cocaine would lose their effects. Explain the difference.

LSD is a  lysergic acid, hallucinogenic effect drug.

LSD is a drug that gained popularity in the 1960s, its consumption being culturally associated with the psychedelic movement. At the time it was not considered harmful to health, so that doctors even recommended it.

Cocaine is an alkaloid of the tropane group, extracted from plants of the erythroxylaceae family, mainly of the species Erythroxylum coca. Atropine is also part of this group of alkaloids.

Cocaine produces very strong chemical dependency and those who use it are at serious health risk.

elizabeth loftus conducted a study to observe the reliability of eyewitnesses during the 1970s. their baseline was to define how accurate are the recollections of eyewitnesses.

her studies do not support the use of eyewitness. loftus mentions in her work that we are not required to recall some experiences, meaning that rarely an individual eyewitness testimony is trustworthy. a good example is presented in her work, where all individuals watched a video and were than asked "about how fast were the cars going when they hit/smash? ". the testimonies changed based on the word she used to make the question (hit or smash), proving the fragility.

answer; /// the correct answer is (a) burned the city;