ENSC 412 Check points:

AP history	AP / industrial rev.	AP / auto	AP meas.
6 gas AP classes	particle sources	particle sizes	sinks / nat. sources
receptors	AP scales	primary	secondary
atmos composition	atmos layers	ambient levels	indoor / outdoor
ambient cycles	anthrop. sources	combustion	mobile sources
stationary sources	emission inventory	AQ objectives	averaging time
NAAQO	Pulpmill sources	Oil refinery sources	health impacts
AP control	control efficiency	control methods	BACT
filters	ESP	impaction	cyclones
inertial	scrubbers	adsorption	absorption
condensation	conversion	auto controls	cyclone
AP health effects	AP veg impacts	epidemiology	toxicology
clinical studies	AP economics	materials effects	oxidation
photochemical	air sampling	active sampling	passive / static
sampler charact.	continuous	gas sampling	particulate samp.
diffusion	permeation	AQ analysis	NDIR
chemiluminescence	HI-VOL	TEOM	transport
transform	disperse	ventilation	stagnation
stability	turbidity	sedimentation	transformation
dry deposition	wet deposition	washout	rainout
mixing height	stability	plume stretching	plume types
turbulence	GPM	Briggs	$\sigma_{y}^{}$,$\sigma_{z}^{}$
stability class	puff models	box models	gradient trans. mod.
trajectory models	mesoscale / LPDM	complex terrain	circulations
episode mgmt	dispersion instr.	plume rise	downwash
regulatory control	precautionary prin.	prevention	polluter pay
command & control	economic policies	land-use	education
laws	regulations	subsidies	remote sensing
Canada-wide stndrds	LIDAR	speciation	Spec Waste Reg
Env Mgmt Act	Health Act	Zoning	Airshed
Ecosystem approach	Airshed planning

Final exam format and example questions:

The exam is out of 30 marks and is designed to fit in two hours but there is a 3 hour time block. It is closed book. Time should not be a limiting factor. You will answer on the exam sheets. There will be three multi-part questions:

1. 5 ``define and explain in the context of this course'' (e.g. words from above list). (10 marks)
2. 5 part short answer questions may include a figure (10 marks)
3. choose 2 essay questions from a list (e.g. discuss how stability is evaluated in the atmosphere for dispersion models, or a topic covered by one of the guest speakers) (5 marks each, 10 marks total). The essays will be limited to two pages each.