A) Uppers B) Downers C) Painkillers D) Eugeroics
A) Latin B) Greek C) German D) Arabic
A) Paracetamol B) Codeine C) Hydrocodone D) Morphine
A) Benzodiazepines B) NSAIDs C) Stimulants D) Barbiturates
A) Dilaudid B) Vicodin C) Avinza D) Opana
A) Ethchlorvynol B) Methaqualone C) Carisoprodol D) Glutethimide
A) Liquid Ecstasy B) Jelly-bellies C) Uppers D) Miltown
A) Valeriana officinalis B) Piper methysticum C) Areca catechu D) Camellia sinensis
A) GABAergics B) Uppers C) Downers D) Painkillers
A) Sympathomimetic B) Depressant C) Analgesic D) Eugeroic
A) Improved locomotion B) Heightened awareness C) A crash D) Enhanced endurance
A) 50% B) 10% C) 22% D) 35%
A) Caffeine B) Modafinil C) Nicotine D) MDMA
A) GABAergic B) Phenethylamine C) Tryptamine alkaloid D) Salicylate
A) Ketamine B) Ethanol C) Theanine D) Propofol
A) Phenibut B) Gamma-butyrolactone C) Meprobamate D) Chloral hydrate
A) Meprobamate B) Carisoprodol C) Glutethimide D) Methaqualone
A) Nicotine B) Caffeine C) Rauwolscine D) Arecoline
A) Inducing sleep B) Relieving pain C) Reducing heart rate D) Increasing alertness
A) Counter-exploit them B) Synthesize them biologically C) Neutralize them in the soil D) Avoid them entirely
A) Prevent digestive issues B) Increase physical height C) Improve survival rates D) Enhance sleep quality
A) Lipase B) Cytochrome P450 C) Amylase D) Pepsin
A) Thousands of years B) Hundreds of years C) Millions of years D) Decades
A) Alcohol, tobacco, and cannabis B) Heroin, cocaine, and methamphetamine C) Caffeine, sugar, and nicotine D) LSD, MDMA, and psilocybin
A) During adolescence B) During adulthood C) During old age D) During early childhood
A) Charles Darwin B) Sigmund Freud C) David Nutt D) Louis Pasteur
A) Decreased risk of cardiovascular diseases B) Increased muscle mass C) Improved bone density D) Enhanced vision
A) Bias toward pharmaceutical companies B) Lack of controls for prior drinking habits C) Inaccurate alcohol measurements D) Small sample size of female participants
A) Cannabis, psilocybin, LSD, and MDMA B) Alcohol, tobacco, and nicotine C) Heroin, cocaine, and synthetic opioids D) Electronic cigarettes and caffeine
A) Availability and price B) Social status and legal cost C) Taste and chemical color D) Addictiveness and potential for physical harm
A) Soft drugs B) Plant neurotoxins C) Hard drugs D) Gateway drugs
A) It may imply the drugs cause insignificant harm B) It promotes the use of illegal substances C) It is scientifically inaccurate based on chemistry D) It is a slang term used only by teenagers
A) Stimulants B) Antibiotics C) Hallucinogens D) Depressants
A) Hallucinogens B) Depressants C) Analgesics D) Stimulants
A) About 5% B) About 50% C) About 15% D) About 25%
A) Medical model only B) Genetic-only model C) Biopsychosocial model D) Sociological-only model
A) Europol B) The World Health Organization C) Interpol D) The United Nations
A) Insulin B) Caffeine C) Vitamin C D) Antibiotics
A) As a primary medical condition B) As a requirement for employment C) As a social behaviour D) As a strictly criminal act
A) Dietary habits B) Curiosity C) Geographic location D) Religious affiliation
A) Methamphetamine B) Benzodiazepines C) Cocaine D) Amphetamine
A) There is no consensus B) There is a broad consensus C) Genetics is the only cause D) Poverty is the only cause
A) EMCDDA B) Europol C) United Nations D) European Union
A) A primary prevention technique. B) An illegal act regardless of context. C) A secondary cause of addiction. D) A method to increase drug production.
A) The early 2000s. B) Early 1950s. C) Late 1980s. D) Late 1990s.
A) Textbooks. B) Radio broadcasts. C) Cartoons. D) Documentary films.
A) One in ten. B) One in two. C) Three in four. D) One in four.
A) All of them. B) One in four. C) One in two. D) One in ten.
A) Parental guidance workshops. B) Television commercials. C) Online self-help portals. D) School-based programs.
A) They promote drug use rather than prevent it. B) They are only available in private schools. C) Success depends on participant commitment. D) They are too expensive to fund.
A) Exactly 34.8%. B) Under 10.4%. C) At least 86.2%. D) About 50%.
A) 86.2%. B) 1.4%. C) 10.4%. D) 34.8%.
A) At least 10.4%. B) 5.2%. C) 86.2%. D) 34.8%.
A) 4.5 million B) 15.4 million C) 850,000 D) 25 million
A) 8.7% B) 15.3% C) 18% D) 13%
A) 13% B) 8.7% C) 18% D) 15.3%
A) 18% B) 8.7% C) 13% D) 15.3%
A) 850,000 B) 505,000 C) 860,000 D) 511,000
A) 505,000 B) 860,000 C) 850,000 D) 511,000
A) More than 75% B) Less than 25% C) About 50% D) Exactly 13%
A) Amphetamine B) Cannabis C) Ketamine D) Methamphetamine
A) Increased weekend recreational use B) Higher use in nightlife settings C) A decline in overall drug use D) Daily or non-recreational use
A) Mid-20th century B) Mid-19th century C) Early 20th century D) Late 19th century
A) 20-25% B) 10-15% C) 5-10% D) 30-35%
A) Drug Enforcement Act B) Prohibition Act C) Marijuana Tax Act D) Controlled Substances Act
A) 8% B) 4% C) 24% D) 12%
A) Controlled Substances Act B) Public Health Service Act C) Marijuana Tax Act D) Anti-Drug Abuse Act
A) Nicotine B) Alcohol C) Cocaine D) Heroin
A) Paraquat B) Atrazine C) 2,4-D D) Glyphosate
A) Brazil B) Panama C) Jamaica D) Colombia
A) 1990 B) 1975 C) 1970 D) 1982
A) Wild harvesting B) Greenhouse farming C) Hydroponic distribution D) Indoor growing
A) Early 2000s B) Early 1990s C) Late 1970s D) Late 1980s
A) 24% B) 6% C) 12% D) 48%
A) Australia B) Canada C) United Kingdom D) United States
A) Rising crime rates B) Pressure from the United Nations C) The HIV/AIDS epidemic D) Changes in economic policy
A) Anandamide B) THC C) Methenamine D) Cannabidiol
A) Lean B) Spice C) PCP D) Bath salts
A) Lyndon B. Johnson B) Maher and Dixon C) Singer D) Albert Hofmann
A) Mescaline B) DMT C) Psilocybin D) Ketamine
A) Enhanced dopamine production B) Improved reaction time C) Increased muscle strength D) Post acute withdrawal syndrome
A) Jazz B) Trap C) Classical D) Country
A) Scarface: The World Is Yours B) Fallout C) Super Mario World D) Red Dead Redemption 2
A) Insufflation B) Intravenous injection C) Sublingual administration D) Oral intake
A) Intrarectal B) Smoking C) Oral intake D) Intravenous injection
A) Chasing the dragon B) Skin popping C) Plugging D) Snorting
A) The substance is inhaled into the trachea B) The substance is injected directly into a muscle C) The substance is absorbed through the rectal lining D) The substance diffuses into the blood through tissues under the tongue
A) Chasing the dragon B) Skin popping C) Plugging D) Snorting
A) Injection into a vein B) Absorption under the tongue C) Inhaling through the trachea D) Oral ingestion
A) Because they have poor gastrointestinal bioavailability B) Because it is the most efficient method C) Because it is the fastest method D) Because it is the only way to get high
A) Boosters B) Downers C) Stims D) Uppers
A) Anesthetic B) Anticonvulsant C) Stimulant D) Analgesic
A) Sedatives B) Amphetamines C) Opioids D) Ethanol
A) Increased blood pressure B) Stimulation of the central nervous system C) Respiratory depression D) Heightened mental alertness
A) 9% B) 7% C) 12% D) 10%
A) Histamine activity B) Dopamine production C) Endorphin release D) Serotonin absorption
A) Analgesia B) Anxiolysis C) Dissociation D) Psychosis
A) Cognitive impairment B) Increased energy C) Hypertension D) Enhanced heart rate
A) Due to their ability to prevent nausea. B) Due to their anticholinergic properties. C) Due to their high protein content. D) Due to their sedative effects on the liver.
A) Loratadine. B) Cetirizine. C) Diphenhydramine. D) Fexofenadine. |