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IntelligenceGiving Differences Between A President And A King
Repeating Six To Seven Syllables
Drawing Designs From Memory
Naming Four Coins
The Importance Of Tact
The Ball-and-field Test (score 2 Inferior Plan)
Desirable Range Of Testing
Intelligence Tests Of Retarded School Children
Superior Intelligence (i Q 110 To 120)
Arranging Five Weights
Superior Adult 5: Repeating Seven Digits Reversed
Alternative Test 1: Naming The Months
I Ntelligence Of The Different Social Classes
Reversing Hands Of Clock
Dull Normals (i Q Usually 80 To 90)
Is The I Q Often Misleading?
Nature Of The Stanford Revision And Extension
Distinguishing Right And Left
Drawing Designs From Memory
PROCEDURE. Use the designs shown on the accompanying printed form. If
copies are used they must be exact in size and shape. Before showing the
card say: "_This card has two drawings on it. I am going to show them to
you for ten seconds, then I will take the card away and let you draw
from memory what you have seen. Examine both drawings carefully and
remember that you have only ten seconds._"
Provide pencil and paper and then show the card for ten seconds, holding
it at right angles to the child's line of vision and with the designs in
the position given in the plate. Have the child draw the designs
immediately after they are removed from sight.
SCORING. The test is passed if _one of the designs is reproduced
correctly and the other about half correctly_. "Correctly" means that
the _essential plan_ of the design has been grasped and reproduced.
Ordinary irregularities due to lack of motor skill or to hasty execution
are disregarded. "Half correctly" means that some essential part of the
design has been omitted or misplaced, or that parts have been added.
The sample reproductions shown on the scoring card will serve as a
guide. It will be noted that an inverted design, or one whose right and
left sides have been transposed, is counted only half correct, however
perfect it many be in other respects; also that design _b_ is counted
only half correct if the inner rectangle is not located off center.
REMARKS. Binet states that the main factors involved in success are
"attention, visual memory, and a little analysis." The power of rapid
analysis would seem to be the most important, for if the designs are
analyzed they may be reproduced from a verbal memory of the analysis.
Without some analysis it would hardly be possible to remember the
designs at all, as one of them contains thirteen lines and the other
twelve. The memory span for unrelated objects is far too limited to
permit us to grasp and retain that number of unrelated impressions.
Success is possible only by grouping the lines according to their
relationships, so that several of them are given a unitary value and
remembered as one. In this manner, the design to the right, which is
composed of twelve lines, may be reduced to four elements: (1) The outer
rectangle; (2) the inner rectangle; (3) the off-center position of the
inner rectangle; and (4) the joining of the angles. Of course the child
does not ordinarily make an analysis as explicit as this; but analysis
of some kind, even though it be unconscious, is necessary to success.
Ability to pass the test indicates the presence, in a certain definite
amount, of the tendency for the contents of consciousness to fuse into a
meaningful whole. Failure indicates that the elements have maintained
their unitary character or have fused inadequately. It is seen,
therefore, that the test has a close kinship with the test of memory for
sentences. The latter, also, permits the fusion or grouping of
impressions according to meaning, with the result that five or six times
as many meaningful syllables as nonsense syllables or digits can be
Binet had many more failures on design _a_ than on design _b_. This was
probably due to the fact that he showed the designs with our _b_ to the
left. A majority of subjects, probably because of the influence of
reading habits, examine first the figure to the left, and because of the
short time allowed for the inspection are unable to devote much time to
the design at the right. We have placed the design of greater intrinsic
difficulty at the left, with the result that the failures are almost
equally divided between the two.
Binet used this test in his unstandardized series of 1905, omitted it in
1908, but included it in the 1911 revision, locating it in year X.
Except for Goddard, who recommends year XI, there is rather general
agreement that the test belongs at year X. Our own data show that it may
be placed either at year X or year XI, according as the grading is rigid
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