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Hierarchical Approach to Modifying MCQs in Computer-Based Instruction, Study Guides, Projects, Research of Construction

The methodology of creating parallel multiple-choice items from lesson questions for posttest assessment of student comprehension. the transformation and paraphrasing techniques used to derive four types of items: rote, transformed, paraphrased, and compound. The studies cited in the document provide evidence that these item types follow a hierarchy of difficulty, suggesting that cognitive skills underlying comprehension may also be hierarchically related.

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DOCUMENT RESUME
ED 326 201 IR 014 742
AUTHOR Clariana, Roy B.
TITLE Modifying Multiple-Choice Questions in Computer-Based
Instruction.
PUB DATE 16 Oct 90
NOTE 10p.
PUB TYPE Viewpoints (120) -- Reports Research/Technical
(143) --
EDRS PRICE MF01/PC01 Plus Postage.
DESCRIPTORS *Comprehension; *Computer Assisted Testing;
Difficulty Level; *Yeasurement Techniques; *Multiple
Choice Tests; Secondary Education; *Test
Construction; *Test Items
IDENTIFIERS Paraphrase
ABSTRACT
Research has shown that multiple-choice questions
formed by transforming or paraphrasing a reading passage provide a
measure of student comprehension. It is argued that similar
transformation and paraphrasing of lesson questions is an appropriate
way to form parallel multiple-choice items to be used as a posttest
measure of student comprehension. Four parallel items may be derived
from a lesson: (1) an item that is neither transformed nor
paraphrased, thus testing simple rote memory; (2) an item that is
transformed only; (3) an item that is paraphrased only; and (4) a
compound item that is both transformed and paraphrased. These four
items produce a hierarchy of difficulty from easy (rote) to difficult
(compound), depending on the extent to which an item is altered from
the original lesson question. In the three studies cited in this
paper, posttest performance for the four types of items followed the
hypothesized hierarchy of difficulty, and this is viewed as evidence
that many of the cognitive skills underlying comprehension may also
be hierarchically related. It is concluded that the formation of test
questions from lesson items provides a practical way for designers to
utilize multiple-choice items for instruction and also for posttest
assessment, (DB)
,
*Reproductions supplied by EDRS are the best that can be made *
*from the original document. *
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DOCUMENT RESUME

ED 326 201 IR^014

AUTHOR Clariana,^ Roy^ B. TITLE Modifying^ Multiple-Choice^ Questions^ in^ Computer-Based Instruction. PUB DATE 16 Oct 90 NOTE 10p. PUB TYPE Viewpoints^ (120)^ --^ Reports Research/Technical (143) --

EDRS PRICE MF01/PC01^ Plus^ Postage. DESCRIPTORS *Comprehension;^ *Computer^ Assisted^ Testing; Difficulty Level; *Yeasurement Techniques; *Multiple Choice Tests; Secondary Education; *Test Construction; *Test Items IDENTIFIERS Paraphrase

ABSTRACT Research has shown that multiple-choice questions formed by transforming or paraphrasing a reading passage provide a measure of student comprehension. It is argued that similar transformation and paraphrasing of lesson questions is an appropriate way to form parallel multiple-choice items to be used as a posttest measure of student comprehension. Four parallel items may be derived from a lesson: (1) an item that is neither transformed nor paraphrased, thus testing simple rote memory; (2)^ an^ item^ that^ is transformed only; (3) an item that is paraphrased only; and (4) a compound item that is both transformed and paraphrased. These four items produce a hierarchy of difficulty from easy (rote) to difficult (compound), depending on the extent to which an item is altered from the original lesson question. In the three studies cited in this paper, posttest performance for the four types of items followed the hypothesized hierarchy of difficulty, and this is viewed as evidence that many of the cognitive skills underlying comprehension may also be hierarchically related. It is concluded that the formation of test questions from lesson items provides a practical way for designers to utilize multiple-choice items for instruction and also for posttest assessment, (DB)

,

  • Reproductions^ supplied^ by^ EDRS^ are^ the^ best^ that^ can^ be^ made^ *
  • from^ the^ original^ document.^ *

UIDEPARTMENTOFEDUCATION °IkeorEducetonalResearchendImprovement EDUCATIONALRESOURCESINFORMATION CENTERIERICI )111Th.sdocumenthasbeen.eiroducedes receumdfromthepotionOrOrganlietlon ondiphng rPAP,chineshavebeenmane 'productionduality

dcuntiotiiitpoognIonsstated mentdonotneCeSSerrlyrepresentbbocial.nlbs()PC6. OERIposdanorpohcy

ModifyingMultiple-ChoiceQuestionsinComputer-BasedInstruction

byRoyB.Clariana

October16,

Submittedto:

SyracuseUniversity/SchoolofEducation

ERICClearinghouseonInformationResources 030HuntingtonHall Syracuse,NewYork13244- (315)443-

EditorialContact:

Dr.RoyB.Clariana

Training/EvaluationSpecialist

EG&G,RockyFlatsPlant Building P.O.Box Golden,CO80402- (303)744-

RunningHead:Modifyingmultiple-choicequestions

'PERMISSIONTOREPRODUCETHIS MATERIALHASBEENGRANTEDBY

Roy B. Clariana

TOTHEEDUCATIONALRESOURCES INFORMATIONCENTER(ERIC)"

Modifyingmultiple-choicequestions 2

ModifyingMultiple-Chcrs,QuestionsinComputer-BasedInstruction

October

Multiple-choicequestions(i.e.items)areanunusuallyconvenientandpowerful

instructionalformatincomputer-basedlessonsthatprovideinformationtothelearner

throughthestem,correctresponseoption,andincorrectoptions.Theyallowfor

learner-lessoninteractionthroughlearnerovertresponseandprogram-provided

feedback.Importantly,thenumberofansweroptionsisfinite,andindividualization

viabranchingispossiblebaseduponthelearners'correctandincorrectresponses.

Additionally,multiple-choicetestscanbedeliveredandmarkedbycomputerthus

increasingtheefficiencyoftheinstructionalprocess.

However,ifmultiple-choiceitemsareusedduringinstruction,itwouldbe

inappropriatetousetheexactsameitemsforpost-lessonassessment.Suchatest

wouldonlymeasurerotelearning.Inordertotakeadvantageoftheconvenienceof

multiple-choiceitems,oneoften-usedprocedureistoutilizemultiple-choiceitems

duringtheiessonandthenuseparallelconstructed-responseitemsontheposttest.

Thismethodisstraightforwardandeffective.Oneminorproblemisthat

computer-markingofconstructed-responsetypeitems(i.e.fillintheblank)is

sometimesproblematic.Learnersmayknowthecorrectanswerbutmaymissanitem

duetosyntax,spelling,orotherunexpectedvariables.Oftenconstructed-response

posttestsmustberemarkedbyhand.

Thepurposeofthisstudyistodescribeamethodforadaptingmultiple-choice

itemssothatparallelformsofthesameitemmaybeusedduringthelessonfor

/'/WW1=INIVINMPlinf

Modifyingmultiple-choicequestions 3

instructionandduringtheposttestforassessmentDatafromthreestudiesareshown

tosupportthisitemmodificationmethod.

TransformationalAnalysis

Thetermtransformationalanalysis(Bormuth,1970)appliestotheprocessof

generatingtestitemsfrominstructionaltext(seeFigure1).Anderson(1972)

describedtwomethodsfordevelopingtestitemsfromEndingpassasesinorderto

assescomprehension.Thesemethodsincludeparaphrasingandtransforming.

EmitLasinginvolveschangingthewordsfromthereadingpassagebyreplacing

wordswithequivalentwords(i.e.semanticsubstitute),whilemaintainingthemeaning

ofthereadingpassage.Transforming,inthisinstance,involvesreversingtheoriginal

orderofthesentencesubjectandpredicateelementsThenounphraseinthesubject

ofthesentencebecomesthecorrectansweroptionoftheparallelposttestitem;andthe

nounphraseinthepredicatebecomesthestemoftheparallelposttestitem(i.e.passive

transform).

ReadingPassages PosttestItems

tra_mforn__L+.

processes

subjectdeletionitems

echoitems

tagitems

roteitems

transformitems

semanticsubstituteitems

...others

Figure1.Modifyingposttestitemsfromreadingpassages(Bormuth,1970).

5

Modifyingmultiple-choicequestions 5

(i.e.notparaphrasedandnottransformed)itemsobtainedthehighestscoreswiththe

transformedandparaphraseditemsnext.Thecombinationoftransformand

paraphrasemethodsproducedthemostdifficultitems.

Na

EAraphavad

Earaphriml

N2I

TransformedTransformed

Figure2.ScoresforthefourtypesofitemsusedbyBormuthetal.(1970).

Bomiuth(1970)observed,"Itisacommonlyobservedphenomenonintest

writingthatalteringtheformofanitemhassomeeffectonitsdifficulty"(p.15).

Applyingthesetwomethodsappearstoimpactitemdifficultyandthusposttest

performanceforeachtypeofiteminalogicalway(Davey,1988).Anderson(1970)

arguesthattheseitemsprovideameasureofcomprehensionoflessonmaterials.

Thispapersuggeststhatparaphrasingandtransformingcanbeappliedtolesson

iteanaLmallAtioicading.passaus(seeFigure3).

LessonOyestions PosttestItems

Verbatim

Paraphrased

Transformed

Paraphrased&Transformed

Figure3. Modifyingposttestitemsfromlessonitems.

7

Modifyingmultiple-choicequestions 6

Thiswouldallowforthedevelopmentofposttestitemsthatparallellessonitemsand

provideameasureofcomprehension.Ifthetransformandparaphrasemethods

describedaboveareemployed,againfourtypesofparallelposttestitemswillresult.

Whataretheeffectsonposttestperformanceofthesedifferentitemtypes?Theresults

ofthreestudiesaredescribedtosupportthismethodology.

Study

Asampleof32"atrisk"eleventh-gradestudentscompletedacomputer-based

socialstudieslessoncomposedof32four-optionmultiple-choiceitemswithfeedback

whichincludedfourassociated350-wordreadingpassages.Theposttestconsistedof

32parallelfour-optionmultiple-choiceitems,halfwereverbatimtothelessonitems

andhalfwereparaphrasedfromthelessonitems.Theresultsfortheseparaphrase

posttestitemsweresimilar(i.e.compareFig=4toFigure2)tothosereportedby

Bormuthetal.(1970).Transformedquestionswerenotused.

N.

Paraphrased

&whams'

NSA Lualimmrsi Transformed

78.5% n/a

59.8% n/a

Figure4.PosttestResultsforStudy1.

Study

Asampleof36"average"tenth-gradestudentscompletedaworkbook

containingfournatural-sciencereadingpassagesand40relatedmultiple-choiceitems

.

Modifyingmultiple-choicequestions 8

Discussion

Transformingandparaphrasinglessontexttoformmultiple-choiceposttest

itemsisnotanewidea.Applyingthissamemethodtolessonitemsratherthanlesson

textallowsdesignerstoutilizemultiple-choiceitemsbothforinstructionduringthe

lessonandforassessmentduringtheposttest.Thetestitemsproducedwillobviously

parallelthelessonitemsone-to-oneintermsofcontent(i.e.instructionalobjectives)

andappeartocreateasystematicrangeofitemdifficulties.Theseresultsareviewed

asevidencethatmanyofthecognitiveskillsunderlyingcomprehension"maybe

hierarchicallyrelated"(Bormuthetal.,1970).

References

Anderson,R.C.(1972).Howtoconstnictachievementteststoassess comprehension.ReviewofEducationalResearch,42(2),145-170. Bormuth,J.R.(1970).Onthetheoryofachievementtestitems.TheUniversityof ChicagoPress. Bormuth,J.R.,Manning,J.,Carr,J.,&Pearson,D.(1970).Children's comprehensionofbetween-andwithin-sentencesyntacticstructure.Journalof

EducationalPsychology,fd,349-357. Davey,B.(1988).Factorsaffectingthedifficultyofreadingcomprehensionitems forsuccessfulandunsuccessfulreaders.JournalofExperimentalEducation, IC67-76.

Note:

ThedatareportedinStudy1waspartofapreviouslyreportedstudytitled"Two

immediatefeedbackformswithtwoconditionsofcontextualization"inthe

JournalofComputer-BasedInstruction,inpress.ThedatafromStudies2and

werepartofadissertationcompletedatMemphisStateUniversitytitled"An

experimentalstudycomparingthreeformsoffeedbackacrosstwoconditionsof

acquisition".

I

Appendix 1

_ e

END

U.S. Dept. of^ Education

Office of Education Research and Improvement (OERI)

ERIC

Date Filmed

March 29, 1991

i