ALARA ionization vertical angulation brownish- yellow film duplication disadvan- tages 6 feet film mounting stepwedge radiograph sharpness gag reflex latent image accelerator waters projection radiograph oral or respiratory secretion parallel fixer solution 3-4 weeks transcranial projection wire mesh test labial mounting F- speed radiolucent panaromic films increased kV submen- tovertex projection ghost image focal trough thyroid collar rare earth screen inter- proximal examina- tion 5.0 rems/yr frankfort plane fixer spots edentulous maxillary right canine developer cutoff long- scale contrast contrast calcium tungstate horizontal angulation kV object- receptor finger- holding method panaromic radiograph limitations benefits over developed film ALARA gelatin general radiation MPD semi- critical instrument static electricity Kv amperage labial mounting radiolucent responsible for producing image alveolar bone periapical film advantages 4 feet 1/8 5.0 rems/yr 22 increase target- receptor distance fogged film hardening agent radiopaque aluminum filter ALARA ionization vertical angulation brownish- yellow film duplication disadvan- tages 6 feet film mounting stepwedge radiograph sharpness gag reflex latent image accelerator waters projection radiograph oral or respiratory secretion parallel fixer solution 3-4 weeks transcranial projection wire mesh test labial mounting F- speed radiolucent panaromic films increased kV submen- tovertex projection ghost image focal trough thyroid collar rare earth screen inter- proximal examina- tion 5.0 rems/yr frankfort plane fixer spots edentulous maxillary right canine developer cutoff long- scale contrast contrast calcium tungstate horizontal angulation kV object- receptor finger- holding method panaromic radiograph limitations benefits over developed film ALARA gelatin general radiation MPD semi- critical instrument static electricity Kv amperage labial mounting radiolucent responsible for producing image alveolar bone periapical film advantages 4 feet 1/8 5.0 rems/yr 22 increase target- receptor distance fogged film hardening agent radiopaque aluminum filter
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
I-ALARA
N-ionization
G-vertical angulation
B-brownish-yellow
B-film duplication
N-disadvan-tages
O-6 feet
O-film mounting
B-stepwedge radiograph
O-sharpness
G-gag reflex
I-latent image
B-accelerator
O-waters projection
N-radiograph
O-oral or respiratory secretion
G-parallel
N-fixer solution
O-3-4 weeks
N-transcranial projection
N-wire mesh test
B-labial mounting
G-F-speed
G-radiolucent
I-panaromic films
O-increased kV
G-submen-tovertex projection
B-ghost image
O-focal trough
B-thyroid collar
B-rare earth screen
G-inter-proximal examina-tion
N-5.0 rems/yr
I-frankfort plane
I-fixer spots
N-edentulous
I-maxillary right canine
B-developer cutoff
I-long-scale contrast
N-contrast
G-calcium tungstate
B-horizontal angulation
O-kV
O-object-receptor
N-finger-holding method
B-panaromic radiograph
limitations
O-benefits
I-over
developed film
I-ALARA
I-gelatin
B-general radiation
G-MPD
I-semi-critical instrument
N-static electricity
O-Kv
B-amperage
B-labial mounting
G-radiolucent
O-responsible for producing image
G-alveolar bone
I-periapical film
O-advantages
I-4 feet
G-1/8
N-5.0 rems/yr
N-22
B-increase target-receptor distance
I-fogged film
G-hardening agent
I-radiopaque
G-aluminum filter