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EBI Network Mathematics (ebi.missouri.edu) Brief developed by Sarah R. Powell, University of Texas at Austin, and Elizabeth M. Hughes, Duquesne University 1 Intervention Name: WordProblem Mnemonics Common Core State Standards Domain Areas: (check all that apply) Counting and Cardinality (K) Operations and Algebraic Thinking (K5) Numbers and Operations in Base Ten (K5) Numbers and Operations – Fractions (35) Measurement and Data (K5) Geometry (KHS) Ratios and Proportional Relationships (67) The Number System (68) Expressions and Equations (68) Statistics and Probability (6HS) Functions (8HS) Number and Quantity (HS) Algebra (HS) Modeling (HS) X X X X X X X X X X X X X Setting: (check all that apply) Focus Area: (check all that apply) Wholeclass Smallgroup Individual Acquisition Fluency Generalization X X X X X X Function of Intervention: The purpose of a wordproblem mnemonic is to provide students with a framework for solving word problems. The mnemonic reminds students to work stepbystep through a word problem. Some word problem mnemonics can be used for problem solving beyond basic word problems. Brief Description: Mnemonics are strategies and techniques that aid in memory (Mastropieri & Scruggs, 1998). With a wordproblem mnemonic, the mnemonic helps students remember the steps to solving a word problem. Often, the first letter of each step can be combined to spell a word that is easy to remember. Teachers should select one mnemonic that can be used to solve (almost all) word problems at the student’s grade level. Some mnemonics work better for elementary students solving simple word problems, whereas other mnemonics are better for multistep word problems used in middle or high school. Once a teacher selects a mnemonic, this mnemonic should be used throughout the year during wordproblem instruction and practice. Examples of wordproblem mnemonics*: Example of CUBES: This mnemonic (CUBES) can be used with a 5th grader to organize information and determine how to solve a word problem. After the student has learned each step of the CUBES mnemonic and can recall and apply the mnemonic, the student may use the CUBES strategy to solve all gradelevel word problems. For example, this mnemonic can be applied to word problems that require the student to solve addition, subtraction, multiplication, and/or division problems, as well as problems involving whole numbers and/or fractions. CUBES Circle the numbers Underline important words Box the question Eliminate unnecessary information Solve and check

EBI Brief Template Word Problem Mnemonics

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Page 1: EBI Brief Template Word Problem Mnemonics

EBI  Network  Mathematics  (ebi.missouri.edu)  

Brief  developed  by  Sarah  R.  Powell,  University  of  Texas  at  Austin,  and  Elizabeth  M.  Hughes,  Duquesne  University  1  

Intervention  Name:  Word-­‐Problem  Mnemonics  

Common  Core  State  Standards  Domain  Areas:  (check  all  that  apply)  

Coun

ting  an

d  Ca

rdinality

 (K)  

Ope

ratio

ns  and

 Algeb

raic  

Thinking    

(K-­‐5)  

Num

bers  and

 Ope

ratio

ns  

in  Base  Ten    

(K-­‐5)  

Num

bers  and

 Ope

ratio

ns  

–  Fractio

ns    

(3-­‐5)  

Measuremen

t  and

 Data  

(K-­‐5)  

Geo

metry    

(K-­‐HS)  

Ratio

s  and

 Propo

rtiona

l  Re

latio

nships    

(6-­‐7)  

The  Num

ber  S

ystem    

(6-­‐8)  

Expressio

ns  and

 Equ

ations  

(6-­‐8)  

Statistics  a

nd  Proba

bility  

(6-­‐HS)  

Functio

ns    

(8-­‐HS)  

Num

ber  a

nd  Qua

ntity

 (HS)  

Algebra    

(HS)  

Mod

eling    

(HS)  

  X   X   X   X   X   X   X   X   X   X   X   X   X  Setting:  (check  all  that  apply)   Focus  Area:  (check  all  that  apply)  Whole-­‐class   Small-­‐group   Individual   Acquisition   Fluency   Generalization  

X   X   X   X   X   X  Function  of  Intervention:  The  purpose  of  a  word-­‐problem  mnemonic  is  to  provide  students  with  a  framework  for  solving  word  problems.  The  mnemonic  reminds  students  to  work  step-­‐by-­‐step  through  a  word  problem.  Some  word-­‐problem  mnemonics  can  be  used  for  problem  solving  beyond  basic  word  problems.  Brief  Description:  Mnemonics  are  strategies  and  techniques  that  aid  in  memory  (Mastropieri  &  Scruggs,  1998).  With  a  word-­‐problem  mnemonic,  the  mnemonic  helps  students  remember  the  steps  to  solving  a  word  problem.  Often,  the  first  letter  of  each  step  can  be  combined  to  spell  a  word  that  is  easy  to  remember.      Teachers  should  select  one  mnemonic  that  can  be  used  to  solve  (almost  all)  word  problems  at  the  student’s  grade  level.  Some  mnemonics  work  better  for  elementary  students  solving  simple  word  problems,  whereas  other  mnemonics  are  better  for  multi-­‐step  word  problems  used  in  middle  or  high  school.  Once  a  teacher  selects  a  mnemonic,  this  mnemonic  should  be  used  throughout  the  year  during  word-­‐problem  instruction  and  practice.    Examples  of  word-­‐problem  mnemonics*:                          Example  of  CUBES:  This  mnemonic  (CUBES)  can  be  used  with  a  5th  grader  to  organize  information  and  determine  how  to  solve  a  word  problem.  After  the  student  has  learned  each  step  of  the  CUBES  mnemonic  and  can  recall  and  apply  the  mnemonic,  the  student  may  use  the  CUBES  strategy  to  solve  all  grade-­‐level  word  problems.  For  example,  this  mnemonic  can  be  applied  to  word  problems  that  require  the  student  to  solve  addition,  subtraction,  multiplication,  and/or  division  problems,  as  well  as  problems  involving  whole  numbers  and/or  fractions.        

CUBES  Circle  the  numbers  Underline  important  words  Box  the  question  Eliminate  unnecessary  information  Solve  and  check  

Page 2: EBI Brief Template Word Problem Mnemonics

EBI  Network  Mathematics  (ebi.missouri.edu)  

Brief  developed  by  Sarah  R.  Powell,  University  of  Texas  at  Austin,  and  Elizabeth  M.  Hughes,  Duquesne  University  2  

                 

   

             

*We  provided  citations  when  available.  Many  mnemonics  are  readily  available  from  a  variety  of  sources,  and  it  is  difficult  to  trace  the  origin  of  the  mnemonic.  This  is  not  an  exhaustive  list,  as  there  are  many  more  word-­‐problem  mnemonics  available.

STAR  Search  the  word  problem  Translate  the  problem  Answer  the  problem  Review  the  solution  

Maccini  &  Hughes  (2000)  

RIDGES  Read  the  problem  I  know  statement  Draw  a  picture  Goal  statement  Equation  development  Solve  the  equation  

RIDE  Read  the  problem  Identify  the  relevant  information  Determine  the  operation  and  unit  for            the  answer  Enter  the  correct  numbers  and            calculate,  then  check  the  answer  

DRAW  Discover  the  sign  Read  the  problem  Answer,  or  draw  and  check  Write  the  answer  

Read  Paraphrase  Visualize  Hypothesize  Estimate  Compute  Check  

Montague  et  al.  (2011)  

 

SKATE  Survey  and  identify  the  question  Keep  and  highlight  important  information  Attempt  to  estimate  an  answer  Take  time  to  solve  Examine  your  answer    

SOLVE  Study  the  problem  Organize  the  facts  Line  up  the  plan  Verify  the  plan  with  computation  Examine  the  answer  

RUN  Read  the  problem  Underline  important  information  Name  the  problem  type  

Fuchs  et  al.  (2008)  

 

Page 3: EBI Brief Template Word Problem Mnemonics

EBI  Network  Mathematics  (ebi.missouri.edu)  

Brief  developed  by  Sarah  R.  Powell,  University  of  Texas  at  Austin,  and  Elizabeth  M.  Hughes,  Duquesne  University  3  

Procedures:  • Duration:  The  time  it  takes  for  students  to  learn  and  practice  the  mnemonic  to  mastery  may  vary.  Explicit  

instruction  should  be  used  to  introduce  and  practice  each  mnemonic.  Students  must  know  the  mnemonic  and  be  familiar  with  the  application  prior  to  using  it  independently.  

• Teacher  training:  Teachers  can  use  mnemonics  that  have  already  been  created  or  create  their  own.  While  formal  training  is  not  necessary,  it  is  recommended  that  teachers  read  one  of  the  articles  in  the  references.  

• Instructional  practices:  With  a  whole  class,  small  group,  or  individual  student,  teachers  explicitly  introduce  the  mnemonic  and  demonstrate  solving  a  word  problem  with  the  mnemonic.  Teachers  should  provide  multiple  examples,  with  different  types  of  word  problems,  and  allow  for  guided  and  independent  practice  with  teacher  feedback.  Visual  cues  may  be  used  in  combination  with  the  mnemonic.    

• Monitoring  system:  During  the  learning  process,  teachers  should  ask  students  to  recall  and  apply  the  steps  of  the  mnemonics.    

Critical  Components  (i.e.,  that  must  be  implemented  for  intervention  to  be  successful):  The  mnemonic  must  be  easy  for  students  to  remember  and  follow.  Teachers  should  select  one  mnemonic  that  can  be  generalized  and  used  across  word  problems.    Teachers  must  provide  explicit  instruction  on  the  mnemonic  along  with  multiple  opportunities  for  practice.  Critical  Assumptions  (i.e.,  with  respect  to  prerequisite  skills):  Mnemonics  can  be  used  to  solve  word  problems  varying  from  the  simple  to  complex.  The  chosen  mnemonic  should  help  students  organize  word-­‐problem  information  for  almost  all  word  problems  at  the  student’s  performance  level.    Word-­‐problem  mnemonics  help  the  student  organize  information  to  solve  the  problem;  however,  students  must  have  the  prior  knowledge  and  skills  necessary  to  perform  the  computations  required  in  the  word  problem.  Materials:    Visual  image  of  mnemonic  Fuchs,  L.  S.,  Seethaler,  P.  M.,  Powell,  S.  R.,  Fuchs,  D.,  Hamlett,  C.  L.,  &  Fletcher,  J.  M.  (2008).  Effects  of  preventative  

tutoring  on  the  mathematical  problem  solving  of  third-­‐grade  students  with  math  and  reading  difficulties.  Exceptional  Children,  74,  155-­‐173.  

Maccini,  P.,  &  Hughes,  C.  A.  (2000).  Effects  of  a  problem-­‐solving  strategy  on  the  introductory  algebra  performance  of        secondary  students  with  learning  disabilities.  Learning  Disabilities  Research  and  Practice,  15,  10-­‐21.  

Mastropieri,  M.  A.,  &  Scruggs,  T.  E.  (1998).  Enhancing  school  success  with  mnemonic  strategies.  Intervention  in  School  and  Clinic,  33,  201-­‐208.    

Montague,  M.,  Enders,  C.,  &  Dietz,  S.  (2011).  Effects  of  cognitive  strategy  instruction  on  math  problem  solving  of  middle  school  students  with  learning  disabilities.  Learning  Disability  Quarterly,  34,  262-­‐272.  doi:10.1177/0731948711421762