TEST BANK FOR
v v
v DIGITAL
v RADIOGRAPHY
v AND PACS, 3RD
v v
v EDITION BY v
v CARTER
v CHAPTER 1-9 v
v QUESTIONS WITH v
ANSWERS AND
v v
v EXPLAINATIONS
v LATEST 2023-2024
v
,
,Chapter v01: vIntroduction vto vDigital vRadiography vand vPicture vArchiving
vandvCommunication vSystems
Carter: vDigital vRadiography vand vPACS, v3rd vEdition
MULTIPLE vCHOICE
1. Film vand vintensifying vscreens vare vprimarily vused vin
a. computed vradiography v(CR).
b. digital vradiography v(DR).
c. conventional vradiography.
ANS: v C
1) Intensifying vscreens
a. absorb vlight.
b. emit vlight.
c. absorb vscatter.
d. emit vpositive velectrons vANS: v B OBJ: vExplain vlatent vimage vformation vfor
vconventionalvradiography.
2) Which vmodality vwas vthe vfirst vto vuse vthe vprinciple vof vdigital vimaging?
a. Computed vtomography v(CT)
b. Magnetic vresonance vimaging v(MRI)
c. Ultrasonography
d. Cardiac vcatheterization
ANS: v A OBJ: v Define vthe vterm vdig
3) Who vwas vthe vfirst vto vincorporate vdigital vimaging vwith vthe vCT vscanner?
a. Paul vLauterbur
b. Godfrey vHounsfield
c. Sol vNudelman
d. M. vPaul vCapp
ANS: v B OBJ: vDefine vthe vterm vdigital vimaging.
4) Teleradiology, vmoving vimages vvia vtelephone vlines vto vand vfarboirmb.croemm/teostte
vlocations,vwas vfirst vconceptualized vby
a. Paul vLauterbur.
b. M. vPaul vCapp.
c. Albert vJutras.
d. Sol vNudelman.
, ANS: v C OBJ: v Define vdigital vimaging vand vcommunications vin vmedicine.
5) The vinvention vof vCT vis vheralded vas
a. the vadvanced vuse vof vthree-dimensional vcomputation vin vmedical vimaging.
b. one vof vthe vgreatest vmilestones vin vmedical vimaging.
c. the vstepping vstone vfor vthe vdevelopment vof vMRI.
d. the vfirst vmodality vto vuse vPACS.
ANS: v B OBJ: vDefine vthe vterm vdigital vimaging.
6) Early vreconstruction vof vraw vCT vdata vtook va vfew v_ to vform va vrecognizable vimage.
a. minutes
b. hours
c. days
ANS: v C OBJ: vDefine vthe vterm vdigital vimaging.
7) The vfirst vcommercial vCT vscanners vcould vimage vthe
a. abdomen vonly.
b. head vonly.
c. head vand vabdomen.
d. total vbody.
ANS: v B OBJ: vDefine vthe vterm vdigital vimaging.
8) In vwhich vdecade vwas vMRI vfirst vintroduced?
a. 1950s
b. v v v 1960s
c. 1970s
d. v v v 1980s
ANS: v D OBJ: vDefine vthe vterm vdigital vimaging.
9) Which vtwo vmodalities vcould veasily vbe vconverted vto vdigital vimaging vproperties?
a. CT vand vultrasonography
b. CT vand vMRI
c. Ultrasonography vand vnuclear vmedicine
d. Nuclear vmedicine vand vCT
ANS: v C OBJ: vDefine vthe vterm vdigital vimaging
10) Early vpicture varchival vand vcommunication vsystems vwere vfirst vdeveloped
a. in vCanada.
b. by vthe vU.S. vmilitary.
c. by vAlbert vJutras.
d. by vNASA.
v v
v DIGITAL
v RADIOGRAPHY
v AND PACS, 3RD
v v
v EDITION BY v
v CARTER
v CHAPTER 1-9 v
v QUESTIONS WITH v
ANSWERS AND
v v
v EXPLAINATIONS
v LATEST 2023-2024
v
,
,Chapter v01: vIntroduction vto vDigital vRadiography vand vPicture vArchiving
vandvCommunication vSystems
Carter: vDigital vRadiography vand vPACS, v3rd vEdition
MULTIPLE vCHOICE
1. Film vand vintensifying vscreens vare vprimarily vused vin
a. computed vradiography v(CR).
b. digital vradiography v(DR).
c. conventional vradiography.
ANS: v C
1) Intensifying vscreens
a. absorb vlight.
b. emit vlight.
c. absorb vscatter.
d. emit vpositive velectrons vANS: v B OBJ: vExplain vlatent vimage vformation vfor
vconventionalvradiography.
2) Which vmodality vwas vthe vfirst vto vuse vthe vprinciple vof vdigital vimaging?
a. Computed vtomography v(CT)
b. Magnetic vresonance vimaging v(MRI)
c. Ultrasonography
d. Cardiac vcatheterization
ANS: v A OBJ: v Define vthe vterm vdig
3) Who vwas vthe vfirst vto vincorporate vdigital vimaging vwith vthe vCT vscanner?
a. Paul vLauterbur
b. Godfrey vHounsfield
c. Sol vNudelman
d. M. vPaul vCapp
ANS: v B OBJ: vDefine vthe vterm vdigital vimaging.
4) Teleradiology, vmoving vimages vvia vtelephone vlines vto vand vfarboirmb.croemm/teostte
vlocations,vwas vfirst vconceptualized vby
a. Paul vLauterbur.
b. M. vPaul vCapp.
c. Albert vJutras.
d. Sol vNudelman.
, ANS: v C OBJ: v Define vdigital vimaging vand vcommunications vin vmedicine.
5) The vinvention vof vCT vis vheralded vas
a. the vadvanced vuse vof vthree-dimensional vcomputation vin vmedical vimaging.
b. one vof vthe vgreatest vmilestones vin vmedical vimaging.
c. the vstepping vstone vfor vthe vdevelopment vof vMRI.
d. the vfirst vmodality vto vuse vPACS.
ANS: v B OBJ: vDefine vthe vterm vdigital vimaging.
6) Early vreconstruction vof vraw vCT vdata vtook va vfew v_ to vform va vrecognizable vimage.
a. minutes
b. hours
c. days
ANS: v C OBJ: vDefine vthe vterm vdigital vimaging.
7) The vfirst vcommercial vCT vscanners vcould vimage vthe
a. abdomen vonly.
b. head vonly.
c. head vand vabdomen.
d. total vbody.
ANS: v B OBJ: vDefine vthe vterm vdigital vimaging.
8) In vwhich vdecade vwas vMRI vfirst vintroduced?
a. 1950s
b. v v v 1960s
c. 1970s
d. v v v 1980s
ANS: v D OBJ: vDefine vthe vterm vdigital vimaging.
9) Which vtwo vmodalities vcould veasily vbe vconverted vto vdigital vimaging vproperties?
a. CT vand vultrasonography
b. CT vand vMRI
c. Ultrasonography vand vnuclear vmedicine
d. Nuclear vmedicine vand vCT
ANS: v C OBJ: vDefine vthe vterm vdigital vimaging
10) Early vpicture varchival vand vcommunication vsystems vwere vfirst vdeveloped
a. in vCanada.
b. by vthe vU.S. vmilitary.
c. by vAlbert vJutras.
d. by vNASA.
