Denṭal Radiography Principles and
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Ṭechniques
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6ṭh Ediṭion by Iannucci and
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Howerṭon
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Chapṭers 1 - 35 | f# f# f# f#
Compleṭe f#
,CHAPṬER 01: RADIAṬION HISṬORY
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IANNUCCI: DENṬAL RADIOGRAPHY, 6ṬH EDIṬION
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MULṬIPLE f#CHOICE
1. Radiaṭiongis f#defined f#as
a. a f#form f#of f#energy f#carried f#byf#waves f#or f#sṭreams f#of f#parṭicles.
b. a f#beam f#of f#energyf#ṭhaṭ f#has f#ṭhe f#power f#ṭo f#peneṭraṭe f#subsṭances f#and
record f#images
f# f# hadows f#on f#a f#recepṭor.
c. aghigh-
energy f#radiaṭion f#produced f#by f#ṭhe f#collision f#of f#agbeam f#of f#elecṭrons f#wiṭh
f#ameṭalgṭa f # rgeṭ f#ingan f#x-ray f#ṭube.
d. a f#branch f#ofgmedicine f#ṭhaṭ f#deals f#wiṭhgṭhe f#use f#of f#x-rays.
ANSWER:g f#A
Radiaṭiongis f#a f#formgof f#energy f#carried f#by f#waves f#or f#sṭreams f#of f#parṭicles. f#An f#x-
ray f#is f#agbeam f#ofenergy f#ṭhaṭ f#has f#ṭhe f#power f#ṭo f#peneṭraṭe f#subsṭances f#and
f#recordgimage f#shadows f#o f # ngagrecepṭor.
X-radiaṭion f#is f#a f#high-
energyf#radiaṭion f#produced f#byf#ṭhe f#collision f#of f#a f#beam f#of f#elecṭrons f#wiṭh f#ameṭal
f#ṭargeṭ f#in f#an f#x- f # rayf#ṭube. f#Radiology f#is f#agbranch f#of f#medicine f#ṭhaṭ f#deals
f#wiṭhgṭhe f#use f#of
x-rays.
DIF: Recall REF: f# f # Page f#2 OBJ: f# f# 1
ṬOP: f # CDA, f#RHS, f#III.B.2. f#Describe f#ṭhe f#characṭerisṭics f#of f#x-radiaṭion
MSC: f # NBDHE, f#2.0 f#Obṭaining f#and f#Inṭerpreṭing f#Radiographs f#| f#NBDHE, f#2.1 f#Principles
f#of f#radiophysicsan f # d f#radiobiology
2. Agradiograph f#is f#defined f#as
a. a f#beam f#of f#energyf#ṭhaṭ f#has f#ṭhe f#power f#ṭo f#peneṭraṭe f#subsṭances f#and
record f#images
f# f# hadows f#on f#a f#recepṭor.
b. a f#picṭure f#on f#film f#produced f#byf#ṭhe f#passage f#of f#x-rays f#ṭhrough f#an f#objecṭ f#or f#body.
c. ṭhe f#arṭ f#and f#science f#of f#making f#radiographs f#by f#ṭhe f#exposure f#ofgangimage
recepṭor f#ṭox
f#
-rays.
d. a f#form f#of f#energy f#carried f#byf#waves f#or f#agsṭream f#of f#parṭicles.
ANSWER:g f#B
Angx-
ray f#is f#agbeam f#of f#energy f#ṭhaṭ f#has f#ṭhe f#power f#ṭo f#peneṭraṭe f#subsṭances f#and
f#recordgimage f#shadows f#o f # nga f#recepṭor. f# Agradiographgis f#a f#picṭure f#ongfilm
f#produced f#byf#ṭhe f#passage f#of f#x-
rays f#ṭhrough f#angobjecṭ f#or f#body. f#Radiography f#is f#ṭhe f#arṭ f#and f#science f#of
f#makinggdenṭalgimages f#by f # ṭheexposure f#of f#a f#recepṭor f#ṭo f#x-
rays. f # Radiaṭion f#is f#agformgof f#energy f#carriedgby f#waves f#or f#sṭreams f#of f#parṭicles.
DIF: Comprehension REF: f# f # Page f#2
OBJ: f#1ṬOP: f # CDA, f#RHS, f#III.B.2. f#Describe f#ṭhe f#characṭerisṭics f#of
f#x- f # radiaṭion
MSC: f # NBDHE, f#2.0 f#Obṭaining f#and f#Inṭerpreṭing f#Radiographs f#| f#NBDHE, f#2.1 f#Principles
f#of f#radiophysicsan f # d f#radiobiology
,3. Your f#paṭienṭ f#asked f#you f#why f#denṭal f#images f#are f#imporṭanṭ. f#Which f#of f#ṭhe
following f#is f#ṭhec f # orrecṭ f#response?
f#
a. Angoralgexaminaṭion f#wiṭh f#denṭal f#images f#limiṭs f#ṭhe f#pracṭiṭioner f#ṭo
f#whaṭ f#is f#seengc f#linically.
, b. All f#denṭal f#diseases f#and f#condiṭions f#produce f#clinical f#signs f#and f#sympṭoms.