AP Environmental Science Practice Quiz: Pollution and Human Health
Written by AP Content Team, Verified for 2026 AP Exams, Last updated: May 2026
Test your understanding with short quizzes. This quiz has 11 questions to check your progress.
Question 1 of 11
All Questions (11)
A) Mesothelioma
B) Dysentery
C) Asthma
D) Lung Cancer
Correct Answer: B
The content explicitly states that 'Dysentery is caused by untreated sewage in streams and rivers.'
A) Tropospheric ozone
B) Untreated sewage
C) Asbestos
D) Lead
Correct Answer: C
The text identifies a direct link, stating that 'Mesothelioma is a type of cancer caused mainly by exposure to asbestos.'
A) Gastrointestinal infections
B) A specific type of cancer
C) Respiratory problems
D) Neurological disorders
Correct Answer: C
The provided content specifies that 'Respiratory problems and overall lung function can be impacted by elevated levels of tropospheric ozone.'
A) Pollutants are often invisible to the naked eye.
B) Human health issues develop too slowly to be studied.
C) Humans are typically exposed to a wide range of chemicals and pollutants simultaneously.
D) Laboratory tests are not advanced enough to detect pollutants in human tissue.
Correct Answer: C
The text states, 'It can be difficult to establish a cause and effect between pollutants and human health issues because humans experience exposure to a variety of chemicals and pollutants.' This makes it hard to isolate the effect of a single substance.
A) Asbestos and dysentery
B) Untreated sewage and mesothelioma
C) Tropospheric ozone and mesothelioma
D) Asbestos and mesothelioma
Correct Answer: D
The content explicitly links asbestos exposure to mesothelioma. The other pairs incorrectly match the pollutants and health issues described in the text.
A) Asbestos fibers in the air
B) Bacteria from untreated sewage
C) Elevated levels of tropospheric ozone
D) Chemicals leaching into the water supply
Correct Answer: C
The text links elevated tropospheric ozone to respiratory problems and impacted lung function, which aligns with an increase in hospital admissions for breathing difficulties on high air pollution days.
A) Mesothelioma
B) Impaired lung function
C) Dysentery
D) Chronic bronchitis
Correct Answer: C
Based on the provided information, 'Dysentery is caused by untreated sewage in streams and rivers.'
A) Dysentery, due to poor sanitation on job sites.
B) Respiratory ailments from high levels of tropospheric ozone.
C) Mesothelioma, due to the common use of asbestos in these industries.
D) Various illnesses, because it is too difficult to link any one cause to an effect.
Correct Answer: C
Asbestos was a common material used in shipbuilding and insulation. The text directly links exposure to asbestos with mesothelioma, making it the most likely disease for researchers to investigate in this specific occupational group.
A) Impaired lung function from tropospheric ozone
B) Dysentery from untreated sewage
C) Mesothelioma from asbestos
D) Neurological damage from heavy metals
Correct Answer: D
The text explicitly mentions impaired lung function (ozone), dysentery (sewage), and mesothelioma (asbestos). It does not mention neurological damage or heavy metals.
A) The presence of asbestos fibers in insulation
B) The contamination of rivers with untreated sewage
C) Exposure to a variety of unknown chemicals
D) Elevated levels of tropospheric ozone
Correct Answer: D
The text states that 'Respiratory problems and overall lung function can be impacted by elevated levels of tropospheric ozone.'
A) The chemical is likely to be asbestos, which is already well-studied.
B) The illness is probably dysentery, which has a known cause.
C) It is difficult to isolate the effects of the new chemical from all other pollutants the population is exposed to.
D) Tropospheric ozone in the area would interfere with the chemical's effects.
Correct Answer: C
The text highlights the difficulty in establishing cause and effect 'because humans experience exposure to a variety of chemicals and pollutants.' This makes it challenging to isolate the health impact of a single new chemical from the background exposure to many other substances.