A developmental study of representation and strategy in children's solutions to problems involving chance and probability

The problems used in the study involve two collections of elements of two colours. The proportions of elements of each colour in each of the collections is varied, and the way children reason when asked which collection they would prefer in order to gamble for a specified outcome is investigated in...

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Main Author: Young, Andrew William
Published: University of Warwick 1974
Subjects:
155
Online Access:http://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.525608
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spelling ndltd-bl.uk-oai-ethos.bl.uk-5256082015-03-20T03:41:11ZA developmental study of representation and strategy in children's solutions to problems involving chance and probabilityYoung, Andrew William1974The problems used in the study involve two collections of elements of two colours. The proportions of elements of each colour in each of the collections is varied, and the way children reason when asked which collection they would prefer in order to gamble for a specified outcome is investigated in three situations: (a) The elements are beads to be drawn from boxes. (72 subjects aged 5-10 years, 48 subjects aged 11-14 years). (b) The elements are single segments marked on circles of different sizes with pointers to be spun. (72 subjects aged 6-11 years). (c) The elements are similar to (b), but marked into separate pieces to allow comparison by counting. (60 subjects, aged 6-10 years). Four possible ways of solving such problems are outlined: Method 1: Guessing, alternating choices and other irrelevant methods. Method 2: Comparing the amounts of the target elements in each collection, and choosing the collection with the greater amount. Method 3: Comparing the differences between the amount of target and non-target elements in each collection, and choosing the collection with the most favourable difference. Method 4: Comparing the proportions of target and non-target elements in each collection, and choosing the collection with the most favourable proportion. Within the main age range investigated. (6-10 years), methods 1-3 are found to form a developmental sequence, in situation (a), whereas in situations (b) and (c) the predominant developmental sequence is from Method 1 to Method 2 only. It is argued that this can be explained by considering the methods of quantification used by subjects in each situation. (A summary of the way in which the main themes are developed in the thesis is given at the end of the thesis.)155BF Psychology : QA MathematicsUniversity of Warwickhttp://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.525608http://wrap.warwick.ac.uk/3659/Electronic Thesis or Dissertation
collection NDLTD
sources NDLTD
topic 155
BF Psychology : QA Mathematics
spellingShingle 155
BF Psychology : QA Mathematics
Young, Andrew William
A developmental study of representation and strategy in children's solutions to problems involving chance and probability
description The problems used in the study involve two collections of elements of two colours. The proportions of elements of each colour in each of the collections is varied, and the way children reason when asked which collection they would prefer in order to gamble for a specified outcome is investigated in three situations: (a) The elements are beads to be drawn from boxes. (72 subjects aged 5-10 years, 48 subjects aged 11-14 years). (b) The elements are single segments marked on circles of different sizes with pointers to be spun. (72 subjects aged 6-11 years). (c) The elements are similar to (b), but marked into separate pieces to allow comparison by counting. (60 subjects, aged 6-10 years). Four possible ways of solving such problems are outlined: Method 1: Guessing, alternating choices and other irrelevant methods. Method 2: Comparing the amounts of the target elements in each collection, and choosing the collection with the greater amount. Method 3: Comparing the differences between the amount of target and non-target elements in each collection, and choosing the collection with the most favourable difference. Method 4: Comparing the proportions of target and non-target elements in each collection, and choosing the collection with the most favourable proportion. Within the main age range investigated. (6-10 years), methods 1-3 are found to form a developmental sequence, in situation (a), whereas in situations (b) and (c) the predominant developmental sequence is from Method 1 to Method 2 only. It is argued that this can be explained by considering the methods of quantification used by subjects in each situation. (A summary of the way in which the main themes are developed in the thesis is given at the end of the thesis.)
author Young, Andrew William
author_facet Young, Andrew William
author_sort Young, Andrew William
title A developmental study of representation and strategy in children's solutions to problems involving chance and probability
title_short A developmental study of representation and strategy in children's solutions to problems involving chance and probability
title_full A developmental study of representation and strategy in children's solutions to problems involving chance and probability
title_fullStr A developmental study of representation and strategy in children's solutions to problems involving chance and probability
title_full_unstemmed A developmental study of representation and strategy in children's solutions to problems involving chance and probability
title_sort developmental study of representation and strategy in children's solutions to problems involving chance and probability
publisher University of Warwick
publishDate 1974
url http://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.525608
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