Kv over developed film accelerator 6 feet alveolar bone MPD increased kV focal trough oral or respiratory secretion rare earth screen 4 feet film duplication fixer spots radiopaque stepwedge radiograph gag reflex ALARA vertical angulation ghost image responsible for producing image panaromic films disadvan- tages ALARA maxillary right canine 1/8 panaromic radiograph limitations 5.0 rems/yr transcranial projection thyroid collar wire mesh test developer cutoff 5.0 rems/yr object- receptor 22 benefits frankfort plane amperage ionization periapical film parallel fogged film inter- proximal examina- tion horizontal angulation radiolucent finger- holding method radiograph hardening agent 3-4 weeks fixer solution kV waters projection brownish- yellow semi- critical instrument labial mounting contrast film mounting advantages labial mounting edentulous radiolucent general radiation latent image gelatin static electricity calcium tungstate long- scale contrast sharpness submen- tovertex projection F- speed aluminum filter increase target- receptor distance Kv over developed film accelerator 6 feet alveolar bone MPD increased kV focal trough oral or respiratory secretion rare earth screen 4 feet film duplication fixer spots radiopaque stepwedge radiograph gag reflex ALARA vertical angulation ghost image responsible for producing image panaromic films disadvan- tages ALARA maxillary right canine 1/8 panaromic radiograph limitations 5.0 rems/yr transcranial projection thyroid collar wire mesh test developer cutoff 5.0 rems/yr object- receptor 22 benefits frankfort plane amperage ionization periapical film parallel fogged film inter- proximal examina- tion horizontal angulation radiolucent finger- holding method radiograph hardening agent 3-4 weeks fixer solution kV waters projection brownish- yellow semi- critical instrument labial mounting contrast film mounting advantages labial mounting edentulous radiolucent general radiation latent image gelatin static electricity calcium tungstate long- scale contrast sharpness submen- tovertex projection F- speed aluminum filter increase target- receptor distance
(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.
O-Kv
I-over
developed film
B-accelerator
O-6 feet
G-alveolar bone
G-MPD
O-increased kV
O-focal trough
O-oral or respiratory secretion
B-rare earth screen
I-4 feet
B-film duplication
I-fixer spots
I-radiopaque
B-stepwedge radiograph
G-gag reflex
I-ALARA
G-vertical angulation
B-ghost image
O-responsible for producing image
I-panaromic films
N-disadvan-tages
I-ALARA
I-maxillary right canine
G-1/8
B-panaromic radiograph
limitations
N-5.0 rems/yr
N-transcranial projection
B-thyroid collar
N-wire mesh test
B-developer cutoff
N-5.0 rems/yr
O-object-receptor
N-22
O-benefits
I-frankfort plane
B-amperage
N-ionization
I-periapical film
G-parallel
I-fogged film
G-inter-proximal examina-tion
B-horizontal angulation
G-radiolucent
N-finger-holding method
N-radiograph
G-hardening agent
O-3-4 weeks
N-fixer solution
O-kV
O-waters projection
B-brownish-yellow
I-semi-critical instrument
B-labial mounting
N-contrast
O-film mounting
O-advantages
B-labial mounting
N-edentulous
G-radiolucent
B-general radiation
I-latent image
I-gelatin
N-static electricity
G-calcium tungstate
I-long-scale contrast
O-sharpness
G-submen-tovertex projection
G-F-speed
G-aluminum filter
B-increase target-receptor distance