解读底特律学习能力测试的心理学分析

论文
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"这篇文章主要探讨了对底特律学习能力测试(Detroit Tests of Learning Aptitude)的解读，尤其是关注儿童面对失败经历时的责任感与阅读焦虑之间的关系。研究基于先前的研究，如Lefcourt(1976)和Phares(1976)的工作，预期内部控制感(internality scales)与焦虑水平之间存在负相关性。然而，研究发现这种负相关并未在所有维度上体现，引发了对阅读焦虑与一般焦虑之间关系，以及这些变量与内部控制感负向(I-)之间关系的进一步研究需求。" 这篇学术论文发表于1979年7月的《美国心理学与学校》杂志，第16卷，第3期。文章指出，那些愿意为负面事件承担责任的孩子往往在阅读时感到更多的焦虑。作者认为，这可能与个体的内部控制感有关，即个体对自己生活事件的控制程度。根据Lefcourt和Phares先前的研究，内部控制感较强的个体通常具有较低的焦虑水平，但本文中观察到的数据并不完全支持这一假设。 通过分析表1，文章发现从IAR（Internal Attributional Style Questionnaire）中得出的内部控制感负向得分(I-)并没有显示出与Survey中衡量的其他阅读态度维度有显著的相关性。同样，IAR中的内部控制感正向得分(I+)也未显示出与Survey中八个阅读态度维度中的任何一项有显著关联。 引用文献包括Bawley关于中介变量和方法的作品，以及Brown、Enkin和Wallbrown关于中级阶段阅读态度发展变化的研究。这些研究共同构成了对阅读态度和心理状态如何相互作用的深入理解的基础，并强调了未来研究需要更细致地探索阅读焦虑与一般焦虑，以及这两个因素与个体内部控制感的关系。 总结来说，这篇论文揭示了在解释学习能力测试结果时，学生责任感与焦虑情绪之间的复杂关系，并提示我们需要更全面地理解这些心理变量如何影响学生的阅读体验和学习动力。同时，它也提出了未来研究的新方向，即对阅读焦虑与一般焦虑之间关系的深入探究，以及这些心理变量如何塑造学生的内在归因风格。

用于解释学习能力底特律测试的剖面图

2021-06-29 上传
A profile graph for interpreting the Detroit Tests of Learning Aptitude :us Psycholoyy if& the Schools, July, 1979, Vol. 16, .Yo. 3. for failure experiences. The children who respond that they ...

Graph-Based Semi-Supervised Learning

2019-01-09 上传
While labeled data is ...decide on the suitability of graph-based SSL methods for a problem; and (3) familiarity with different applications where graph-based SSL methods have been successfully applied.

Machine learning for graph-based representations

2019-02-12 上传
in the graph. Our supervised learning techniques train on particle-tracking backbone paths found by dfnWorks, but run in negligible time compared to those simulations. We find that our predictions can...

Write a program with the following requirements: 1. Use a 5x5 boolean two-dimensional array to represent the connectivity of the graphs that need to be traversed. 2. Use depth first algorithm to traverse the graph. 3. Use breadth first algorithm to traverse the graph. 4. The starting position of the traversal is chosen reasonably based on the connectivity of the graph.

2023-05-27 上传
Next, we choose a reasonable starting position for the traversal based on the connectivity of the graph. We do this by iterating over each vertex in the graph and comparing the number of its neighbors...

用R语言Select a dataset from the UCI Machine Learning Repository, describe the dataset, create a dot plot with the lattice package and analyse the graph

2023-06-02 上传
Here are the steps to select a dataset from the UCI Machine Learning Repository, create a dot plot with the lattice package in R, and analyze the graph: 1. Choose a dataset from the UCI Machine ...

用R语言 Select a dataset from the UCI Machine Learning Repository, describe the dataset, create a box plot with the lattice package and analyse the graph

2023-06-02 上传
Overall, the box plot provides a visual summary of the distribution of alcohol content for each quality rating of the wine, allowing us to quickly compare and contrast the different ratings.

用matlabTry to plot three dimensional graph of the function z=2*x^2+y^2 , where x=sin3t and y=cos3t . The range of t should be set to [-3, 3], and the ranges of x and y axes are both [-1.2, 1.2]. Requirement: Plot the three-dimensional (3-D) mesh graph, 3-D surface graph and 3-D surface graph with contour lines, respectively. In addition, plot the 2-D sectional view graph for x=1.

2023-05-31 上传
Sure, here's the code to plot the three-dimensional graph of the given function in MATLAB: ```matlab % Define the function f = @(x, y) 2*x.^2 + y.^2; % Define the range of t t = linspace(-3, 3, 100)...

Master the visual output of a simple digraph. Master to design arrow arcs of the digraph with JavaFX. Import the adjacency matrix of a simple digraph. Output the graph with JavaFX and the graphic user interface. Draw the arrows of the digraph base on the line object of JavaFX. (1) open ECLIPSE IDE （2）build Java project in the workspace （3）import the JavaFX toolkit

2023-06-10 上传
You also want to import the adjacency matrix of the digraph and output the graph with JavaFX and a graphic user interface. Finally, you want to draw the arrows of the digraph based on the line object...

Develop a NetBeans application that illustrates the applicability of one sorting algorithm on a collection of 10 items. The algorithm should sort the items in descending order. The algorithm must work based on the principle of one of the four sorting algorithms studied during the semester. The collection of 10 items is defined and populated in the application code. You can decide the type and values of items stored in the collection. The algorithm must be implemented as part of a class called MyArrayList that extends the ArrayList class functionality with your sorting algorithm. [20 marks] 5. Extend the application implemented for Question 4 above to be able to measure the efficiency of the implemented sorting algorithm in term of number of comparisons performed by the algorithm. The application should display the total number of comparisons performed by the algorithm for a given collection of items. [10 marks] 6. In an Excel graph, plot the number of comparisons measured by the sorting algorithm when three different sizes of collection are considered. Submit your Excel file on Moodle. [20 marks]

2023-06-04 上传
The algorithm should be based on one of the four sorting algorithms studied during the semester and should be implemented as part of a class called MyArrayList that extends the ArrayList class ...

We have learned how to find the strong components for a directed graph in the class. Now, you are asked to implement the algorithm we discussed in the class. Given the adjacency lists of a di-graph, your function should print the affiliation of each node to the root of traversal tree it belongs to. For example, given the adjacency lists of the example below as [[3],[0],[0,3,4],[1],[2]]. We get two traversal trees after the second run of DFS: T1 = {(0,3), (3,1)}, T2 = {(2,4)}. Then, the nodes 0,1,3 all belong the tree rooted at node 0, and nodes 2, 4 belong to the tree rooted at node 2. You need to print an array [0, 0, 2, 0, 2]. You can use any python built-in package to complete this exercise.

2023-06-03 上传
The basic idea of the algorithm is to first perform a depth-first search (DFS) on the graph and store the order in which nodes finish their recursive calls. We then transpose the graph (i.e., reverse ...
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