tuft erect Air Kerma Anode Transverse plane Talus 4th PIP joint 9 Osteoporosis 15-20 degrees 40 inches K shell Isotropic Coronal plane 4 126 90 degrees at the iliac crest vermiform negative thymus LUQ RUQ posterior Godfrey Hounsfield T7 L4- L5 Wilhelm C. Roentgen Cephalic 26 2 inches above iliac crest 3rd MCP joint Tarsals Becquerel Calcaneus cardiomegaly Clarence Dally November 8, 1895 Situs Inversus Lead SA node Midsagittal plane T9- T10 scaphoid 72 inches Octet rule menisci Crookes Humerus AP external rotation Diaphragm Caudal Thermionic Emission Radon C6- C7 Z Pericardial Sac 5 minutes Parenchyma 7 apices Coolidge Photons 5-7 degrees 30-40 degrees Hyoid Bone Cardiophrenic angles 35-45 degrees Psoas muscles Capitulum Electromagnetic 1/2 distal to apex of patella at mid- malleolar line T4- T5 Peritoneum 2 Sinus Tarsi visceral Thomas Edison 10 Carpals larynx S1- S2 ensiform Trendelenburg Sv Radiation protection Orthogonal Views Astragalus Pulmonary artery Matter Ionization Danelius- Miller 10 degrees 1st MCP joint Gyt 27 Target 45 degrees Kilogram tuft erect Air Kerma Anode Transverse plane Talus 4th PIP joint 9 Osteoporosis 15-20 degrees 40 inches K shell Isotropic Coronal plane 4 126 90 degrees at the iliac crest vermiform negative thymus LUQ RUQ posterior Godfrey Hounsfield T7 L4- L5 Wilhelm C. Roentgen Cephalic 26 2 inches above iliac crest 3rd MCP joint Tarsals Becquerel Calcaneus cardiomegaly Clarence Dally November 8, 1895 Situs Inversus Lead SA node Midsagittal plane T9- T10 scaphoid 72 inches Octet rule menisci Crookes Humerus AP external rotation Diaphragm Caudal Thermionic Emission Radon C6- C7 Z Pericardial Sac 5 minutes Parenchyma 7 apices Coolidge Photons 5-7 degrees 30-40 degrees Hyoid Bone Cardiophrenic angles 35-45 degrees Psoas muscles Capitulum Electromagnetic 1/2 distal to apex of patella at mid- malleolar line T4- T5 Peritoneum 2 Sinus Tarsi visceral Thomas Edison 10 Carpals larynx S1- S2 ensiform Trendelenburg Sv Radiation protection Orthogonal Views Astragalus Pulmonary artery Matter Ionization Danelius- Miller 10 degrees 1st MCP joint Gyt 27 Target 45 degrees Kilogram
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. 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.
tuft
erect
Air Kerma
Anode
Transverse plane
Talus
4th PIP joint
9
Osteoporosis
15-20 degrees
40 inches
K shell
Isotropic
Coronal plane
4
126
90 degrees
at the iliac crest
vermiform
negative
thymus
LUQ
RUQ
posterior
Godfrey Hounsfield
T7
L4-L5
Wilhelm C. Roentgen
Cephalic
26
2 inches above iliac crest
3rd MCP joint
Tarsals
Becquerel
Calcaneus
cardiomegaly
Clarence Dally
November 8, 1895
Situs Inversus
Lead
SA node
Midsagittal plane
T9-T10
scaphoid
72 inches
Octet rule
menisci
Crookes
Humerus
AP external rotation
Diaphragm
Caudal
Thermionic Emission
Radon
C6-C7
Z
Pericardial Sac
5 minutes
Parenchyma
7
apices
Coolidge
Photons
5-7 degrees
30-40 degrees
Hyoid Bone
Cardiophrenic angles
35-45 degrees
Psoas muscles
Capitulum
Electromagnetic
1/2 distal to apex of patella
at mid-malleolar line
T4-T5
Peritoneum
2
Sinus Tarsi
visceral
Thomas Edison
10
Carpals
larynx
S1-S2
ensiform
Trendelenburg
Sv
Radiation protection
Orthogonal Views
Astragalus
Pulmonary artery
Matter
Ionization
Danelius-Miller
10 degrees
1st MCP joint
Gyt
27
Target
45 degrees
Kilogram