I don’t get it! I don’t get it! I don’t get it! I got it!!!
or
“Learning Differences” and Problems Achieving Success in Mathematics
Richard C. Gacka Ed.D.
Director, PA Learning Differences Center
Factors other than mathematical reasoning or comprehension frequently are at the root of “wrong
answers.” The following may be some of those factors.
Individuals who display difficulty understanding or complex grammatical patterns.
Lack of understanding of the sequence or relationship of parts of a sentence.
Difficulty remembering component parts of a sentence.
Lack of understanding of grammatical relationships.
Lack of understanding quantitative or process vocabulary.
o Lack of knowledge of, or inability to translate, “technical” terms.
o Lack of knowledge of core terms that underlie mathematical concepts.
o Substitution of term meanings.
Inability to sort important from unimportant details.
Inability to hold information in working memory.
Inability to perform simultaneous processing.
Inability to “visualize” what is heard.
Inadequate “depth” of reasoning, superficial effort.
Inability to “re-verbalize,” “paraphrase,” or “chunk” what is heard.
Individuals who have difficulty explaining how they arrived at a solution.
Inability to recall specific terms that define processes.
Inability to sequence mentally or see critical relationships.
Inability to formulate correct grammatical sentences.
Individuals do not understand or recall the sequence of actions that led to a solution.
Lack of knowledge of basic terms that underlie mathematical concepts.
Difficulty with temporal sequencing.
Difficulty recognizing “cause-effect” relationships.
Inability to understand “word problems.”
Poor comprehension of sentence meaning.
Failure to note critical mathematical terminology.
Inability to “translate” word problems to numerical representation.
Inability to hold information in working memory.
Difficulty in establishing a “plan” for a solution.
Poor reading comprehension.
Emotional blocking.
Inability to translate written to oral/mental word problems.
Poor mastery of basic mathematical facts.
Unreliable long term memory.
Number reversals.
Lack of “back up” recall systems.
Poor estimation skills.
Poor attention to details.
“Careless” Errors
Visual, spatial, or organizational confusion.
Poor handwriting
Poor planning – use of resources
Errors or writing of digits – number formation, transformations
Lack of self-checking
Impulsiveness – excessive speed
Poor estimation skills
Lack of a system for checking responses.
Confusion in identifying process signs
Poor “pacing” or planning of time
Failure to recognize patterns
Failure to identify the importance of processes, i.e. lining up numerals
Poor attention or sustained concentration
Derives no reinforcement from the activity
Fatigue secondary to concentration
Loss of interest with multiple items
Weak self-discipline or perseverance. “Close Enough” phenomenon
Thinking “ahead” resulting in ignoring key details.
Other factors external to the student that might be reviewed.
Instructional Content
o Unnecessary complication of presenting problem
Content / vocabulary
Grammatical style of author
Readability level of material
Mastery of material by instructor
Speed of material coverage
Opportunity for multi-sensory or “hands-on” exposure
Type of feedback given to student
Intensity of instructional contact
o Contacts scheduled
o Contacts attended
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