Montreal Cognitive Assessment
(MoCA)Practice Test||questions
and answers with
rationales/graded A+/100% correct
Graded A+
SECTION 1: OVERVIEW & ADMINISTRATION
Q1: What is the MoCA?
A: A brief cognitive screening tool that assesses attention, working
memory, executive functioning, language, orientation, visuospatial skills,
and abstract thinking .
Rationale: The MoCA was developed in 1996 by Dr. Ziad Nasreddine in
Montreal, Canada. It was designed to detect mild cognitive impairment
(MCI) more sensitively than the MMSE .
Q2: What is the primary purpose of the MoCA?
A: Detection of mild cognitive impairment and its applicability to a wide
range of populations and diagnoses .
Rationale: The MoCA is particularly valuable for identifying subtle cognitive
changes that may precede various forms of dementia, making early
intervention possible .
, Q3: How is the MoCA scored and what is considered "normal"?
A: Scored out of 30 points; a score of 26 or above is considered normal .
Rationale: An additional point (+1) is added for individuals with 12 years or
fewer of formal education to adjust for educational bias .
Q4: What is the typical administration time?
A: Approximately 10 minutes .
SECTION 2: VISUOSPATIAL & EXECUTIVE FUNCTION (5 Points)
Q5: Describe the Alternating Trail Making task and its scoring.
A: The patient draws a line connecting numbers and letters in ascending
order: 1-A-2-B-3-C-4-D-5-E, without crossing lines .
Scoring: 1 point if completed correctly without crossed lines. Any error not
immediately self-corrected earns 0 points .
Rationale: Tests executive function, particularly cognitive flexibility. Deficits
localize to frontal lobe and frontal-subcortical circuits, commonly affected
in Alzheimer's disease, vascular dementia, and frontotemporal dementia .
Q6: How is the cube copying task scored?
A: 1 point for a correctly executed drawing meeting all criteria:
Drawing must be three-dimensional
, All lines are drawn
No extra lines added
Lines are relatively parallel with similar length (rectangular prisms
accepted) .
Rationale: Tests visuoconstructional skills (right parietal lobe) and
executive function (frontal lobe). Impaired performance suggests frontal
lobe dysfunction, right parietal lobe damage, or both .
Q7: Describe the Clock Drawing task and scoring.
A: Patient draws a clock showing 10 past 11 (11:10). Three points possible:
Contour (1 point): Circle must be present (minor imperfections accepted)
Numbers (1 point): All numbers present, in correct order, in correct
quadrants
Hands (1 point): Two hands indicating correct time; hour hand shorter
than minute hand; hands intersect near center .
Rationale: Tests executive function (frontal lobe), visuospatial skills (right
parietal lobe), and planning. Abnormalities suggest Alzheimer's, Lewy Body
Dementia, or frontotemporal dementia .
SECTION 3: NAMING (3 Points)
Q8: What animals are used in the naming section?
A: Lion, Rhinoceros, Camel (or dromedary/camel) .
Scoring: 1 point for each correctly named animal.
, Rationale: Assesses language abilities (left temporal-parietal lobe, left
frontal lobe) and perceptual-visual capacities (right parietal-occipital lobe).
Difficulty naming suggests Alzheimer's disease or Lewy Body Dementia .
SECTION 4: MEMORY (5 Points - Learning Phase)
Q9: What words are used in the memory section?
A: Face, Velvet, Church, Daisy, Red .
Administration: Read at 1 word per second. Two learning trials are given.
Patient is informed they will be asked to recall these words again later .
Scoring: No points are given for Trial One or Trial Two—these are learning
trials only .
Rationale: The learning phase identifies initial encoding ability. No points
assigned; performance here helps interpret delayed recall results .
SECTION 5: ATTENTION (6 Points)
Q10: Describe Forward Digit Span.
A: Patient repeats the sequence 2-1-8-5-4 in forward order .
Scoring: 1 point for correct repetition.
Rationale: Tests attention and working memory. Localizes to language
areas (left Sylvian valley). Impairments seen in delirium and structural
lesions .
(MoCA)Practice Test||questions
and answers with
rationales/graded A+/100% correct
Graded A+
SECTION 1: OVERVIEW & ADMINISTRATION
Q1: What is the MoCA?
A: A brief cognitive screening tool that assesses attention, working
memory, executive functioning, language, orientation, visuospatial skills,
and abstract thinking .
Rationale: The MoCA was developed in 1996 by Dr. Ziad Nasreddine in
Montreal, Canada. It was designed to detect mild cognitive impairment
(MCI) more sensitively than the MMSE .
Q2: What is the primary purpose of the MoCA?
A: Detection of mild cognitive impairment and its applicability to a wide
range of populations and diagnoses .
Rationale: The MoCA is particularly valuable for identifying subtle cognitive
changes that may precede various forms of dementia, making early
intervention possible .
, Q3: How is the MoCA scored and what is considered "normal"?
A: Scored out of 30 points; a score of 26 or above is considered normal .
Rationale: An additional point (+1) is added for individuals with 12 years or
fewer of formal education to adjust for educational bias .
Q4: What is the typical administration time?
A: Approximately 10 minutes .
SECTION 2: VISUOSPATIAL & EXECUTIVE FUNCTION (5 Points)
Q5: Describe the Alternating Trail Making task and its scoring.
A: The patient draws a line connecting numbers and letters in ascending
order: 1-A-2-B-3-C-4-D-5-E, without crossing lines .
Scoring: 1 point if completed correctly without crossed lines. Any error not
immediately self-corrected earns 0 points .
Rationale: Tests executive function, particularly cognitive flexibility. Deficits
localize to frontal lobe and frontal-subcortical circuits, commonly affected
in Alzheimer's disease, vascular dementia, and frontotemporal dementia .
Q6: How is the cube copying task scored?
A: 1 point for a correctly executed drawing meeting all criteria:
Drawing must be three-dimensional
, All lines are drawn
No extra lines added
Lines are relatively parallel with similar length (rectangular prisms
accepted) .
Rationale: Tests visuoconstructional skills (right parietal lobe) and
executive function (frontal lobe). Impaired performance suggests frontal
lobe dysfunction, right parietal lobe damage, or both .
Q7: Describe the Clock Drawing task and scoring.
A: Patient draws a clock showing 10 past 11 (11:10). Three points possible:
Contour (1 point): Circle must be present (minor imperfections accepted)
Numbers (1 point): All numbers present, in correct order, in correct
quadrants
Hands (1 point): Two hands indicating correct time; hour hand shorter
than minute hand; hands intersect near center .
Rationale: Tests executive function (frontal lobe), visuospatial skills (right
parietal lobe), and planning. Abnormalities suggest Alzheimer's, Lewy Body
Dementia, or frontotemporal dementia .
SECTION 3: NAMING (3 Points)
Q8: What animals are used in the naming section?
A: Lion, Rhinoceros, Camel (or dromedary/camel) .
Scoring: 1 point for each correctly named animal.
, Rationale: Assesses language abilities (left temporal-parietal lobe, left
frontal lobe) and perceptual-visual capacities (right parietal-occipital lobe).
Difficulty naming suggests Alzheimer's disease or Lewy Body Dementia .
SECTION 4: MEMORY (5 Points - Learning Phase)
Q9: What words are used in the memory section?
A: Face, Velvet, Church, Daisy, Red .
Administration: Read at 1 word per second. Two learning trials are given.
Patient is informed they will be asked to recall these words again later .
Scoring: No points are given for Trial One or Trial Two—these are learning
trials only .
Rationale: The learning phase identifies initial encoding ability. No points
assigned; performance here helps interpret delayed recall results .
SECTION 5: ATTENTION (6 Points)
Q10: Describe Forward Digit Span.
A: Patient repeats the sequence 2-1-8-5-4 in forward order .
Scoring: 1 point for correct repetition.
Rationale: Tests attention and working memory. Localizes to language
areas (left Sylvian valley). Impairments seen in delirium and structural
lesions .
