To coerce the owner to not seek an appeal
As a basis for legal action
To enforce hazardous materials storage requirements
As leverage against the manager of the property
1. the name and address of the business
2. the date of inspection
3. the names of inspector(s), business or property owner(s), and individual with the inspector
A list of violation(s) and applicable code reference
Detailed building plans
Home address and phone number of the inspector
Complete floor plans
Name and address of the business
Department's ability to handle a fire
Justify an opinion
Show personal concern
Justify a recommendation
Reflect on a problem
Generate records for tax appraisal needs of the country
Influence contractors to provide building services
Monitor special operations and conditions within the jurisdiction
Guide the city council in establishing the local tax levy rates
Elevated view
Plan view
Floor
Site
Distribution
Inspections
Citations
Plans review
Occupancy
Be told that no one is available to assist and be asked to come back later
Deal with possible negative attitudes of owners
Have difficulty with the receptionist
Be directed away from the area in question
Performance of each inspector may be different
Performance of structural members is dependent upon supporting technical information of engineers and architects
If data are entered inconsistently, performance will be inconsistent
The code may change frequently, based on its performance
The business owner felt he/she was treated unfairly
The owner disagreed with the inspector's findings
The property owner exhausted all other means of appeal and still is not satisfied with the outcome
The property owner did not immediately correct the violations
Advisor, witness
Witness, attorney
Witness, fact recorder
Advisor, defendant
Fire ordinances
Criminal law
Technical terms
Facts pertaining to the case
Educational occupancy
Business occupancy
Institutional occupancy
Mercantile occupancy
Assembly occupancy
Place of assembly
Business occupancy
Occupancy of unusual structures
Mercantile occupancy
Educational occupancy
Placing student's papers and reports in a safe place
Checking rest rooms or other rooms for students
Resetting fire alarm panels
Being sure classroom doors are locked
Classes
Gym or recess periods
School assemblies
The same time period on the same day of the week
Width of roads
Angle of roads
Height of roads
Flatness of roads
Polychloride drum
Steel pail
Any container approved for the liquid
No regulations if stored outside
60 gallons
120 gallons
240 gallons
660 gallons
220 gallons or larger
275 gallons or larger
500 gallons or larger
660 gallons or larger
25
15
12
7
Side of the tank and must be sloped so that they drain toward the tanks
Top of the tank and must be sloped so that they drain toward the tanks
Side of the tank and must be sloped so that they drain away from the tanks
Top of the tank and must be sloped so that they drain away from the tanks
5 feet
10 feet
20 feet
25 feet
Ventilation
Static electricity
Closed containers
Bonding containers
25
10
15
50
Inadequate lighting
Penetrated fire wall
Concentration of vapor
Open atmosphere
2
1/2
1/3
1
Blow off
BLUEE
BLEVE
BELCH
5
20
12
8
Three
Six
Four
Twelve
3
2
1
5
Wet the floor with water
Insulate the containers
Provide a bonding wire between the containers
Use only a non metallic transfer hose
Only double walled construction
Single walled container that is insulated
Double walled containers of corrosion resistant metal
Single walled containers that are insulated and constructed with corrosion resistant metal
Flammable
Combustible
Explosive
Nonflammable
Employ frequent housekeeping practices
Use a water wash system on all equipment
Install explosion vents or release devices
Post warning signs on all equipment
Backdraft
Thermal layering
Flashover
Buoyancy
Sufficient heat buildup to cause the upward movement of smoke and fire gases
Admission of sufficient oxygen to cause flashover
An adequate roof opening to discharge smoke and fire gases
Enough water applied to cool the gases as they are leaving the seat of the fire
Resistance
Dielectric
Induction
Static electricity
Carbon monoxide
Carbon dioxide
Carbon
PVC
Oxygen deficiency
Elevated temperatures
Smoke
All of the above are correct
Fuel
Heat
Oxygen
Chemical chain reaction
Incipient phase
Flame producing phase
Hot smoldering phase
Free burning phase
Conduction
Radiation
Convection
Direct flame contact
900 degrees F
1000 degrees F
1300 degrees F
1700 degrees F
Incipient
Steady state
Smoldering
Rapid oxidation
Atoms and radicals
New compounds
Chemical chain reaction
Flame interface
Mechanical
Chemical
Endothermic
Replenishment
Oxygen
Nitrogen
Carbon dioxide
Helium
Conduction
Convection
Radiation
Ventilation
Transfer of heat through space by infrared rays
Transfer of heat through a solid medium
Not considered a method of heat transfer
Transfer of heat through liquids and gases by circulating currents
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