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Emotional Intelligence Assessment Overview
Emotional Intelligence Assessment Overview
Emotional Intelligence Assessment Overview
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d. Working Memory Index (WMI)
John’s ability related to concentration, attention and exert mental control was assessed in the above average range and above approximately 87% of his peers (WMI=117; 95% confidence interval = 109-123). The Working Memory Index measures concentration and attention, short term memory functions, sequencing, facility with numbers and mental flexibility. John performed comparable on the two subtests contributing to the WMI, suggesting similar develop in both abilities. By calculating the difference between the highest and lowest subtest scaled scores for the WMI it was determined that these was no abnormal scatter (Scaled difference = 0).
John has a strong performance among the Digit Span and Arithmetic subtests. The digit span subtests required John to recall and repeat auditory information in the proper sequences, both forward and backwards. A more complex sequence is required with the Digit Span Sequencing as it not only requires recall of digits, but manipulation and rearrangement of information in the correct sequence (Digit Span scaled score = 13). John scored higher in his Digits Backwards than on his Digits Forwards that suggests excellent numerical abilities. This is a rare event and only occur in 0.9% of Adult WAIS-III profiles (Digit Forwards scaled score = 10 and Digit Backwards scaled score=14). The Arithmetic subtest measures John’s computational skills, auditory short-term memory, numerical reasoning and speed, concentration, distractibility, acquired knowledge and logical reasoning. This subtests is a good indicator of John’s alertness, capacity for concentration, freedom from distractibility, auditory short-term memory and suggested John possesses the ability to focus on facts during emo...
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...al comprehension abilities that allows him to communicate ideas and concepts verbally and enable him to integrate his social skills effectively in any situation. John is able to monitor his own progress and to ensure that he completes projects on time despite interruptions.
John can improve and maintain his processing speed abilities by finding educational applications to improve brain processing speed and use it on a regular basis. John should improve his perceptual reasoning skills by talking himself through the process of spatial problem-solving and to concentrate on solving the problem at hand and not to determine why the problem exists. He can further benefit by playing puzzle, pattern and “spot the difference” games on the computer during his normal breaks. He can also use these applications to involve his children and introduce it as a family fun activity.
“Spatial skills are strongly related to competency in mathematics and science subjects.”(p.45) therefore actually increasing the intelligence of individuals whom play video games as well as their computational skills. Not only impacting the players in regards to their psyche but also in regards to their intelligence.
Along with the already clear and precise guidelines for the Woodcock-Johnson III NU Tests of Cognitive Abilities, seven new features have been added to the tests (Woodcock & Johnson, 1989). In the Woodcock-Johnson III NU: Tests of Cognitive Abilities, it includes eight new tests, which measure information-processing abilities (Keith, Kranzler, & Flanagan, 2001). These tests include ones which measure working memory, planning, naming speed, and attention (Woodcock, McGrew, & Mather, 2001b). Also included in this version are five new cognitive clusters (McGrew, Werder, & Woodcock, 1991). Of these five clusters, there are also two additional clusters that are available when cognitive and achievement batteries are used together (Ramos, Alfonso, & Schermerhorn, 2009). Included in the tests that is helpful are interception plans and modified organization; the interception plans and modified organization increase the depth and breadth of coverage (Benner, Ralston, & Feuerborn, 2012). New features of the Woodcock-Johnson III NU: Tests of Cognitive Abilities also includes expanded cognitive factor structure, developing comparison between the tests; in the expanded cognitive factor structure, two to three tests measure different aspects of a broader ability more clearly (Jones et al., 2008). Another change is the fact that clusters and tests are now grouped into three broad cognitive areas (Ritchey & Coker, 2013). The three cognitive areas include Verbal Ability, Thinking Ability, and Cognitive Efficiency (Floyd et al., 2010). Expanded procedures for evaluating ability and achievement discrepancies is another new feature as well (Kranzler, Flores, & Coady, 2010). Also in the list of new features is a Diagnostic Supplement to the W...
718). His work lives on at the Buros Institute of Mental Measurements at the University of Nebraska, Lincoln. In addition to the MMY, which is updated periodically, the institute publishes a variety of other test-related publications
In this world, there are many different individuals who are not only different in demographics but also different neurologically. Due to an immense amount of people it is important to first understand each individual, in order, to better understand them and to help them when it comes to certain areas such as education, the work force, and etc…. For this reason psychologists have aimed to further understand individuals through the use of psychological assessments. This paper aims to examine a particular assessment tool, the Stanford-Binet Intelligence Scales (Fifth Edition), which measures both intelligence and cognitive abilities (Roid, 2003). This assessment is usually administered by psychologists and the scores are most often used to determine placement in academics and services allotted to children and adolescents (despite their compatibility for adults) (Wilson & Gilmore, 2012). Furthermore before the investigation dives into the particulars of the test, such as its strengths and weakness’, it is best to first learn more about the intelligence scales general characteristics.
This essay will firstly briefly describe the theories and important facts about the original multi-store model of memory (MSM) and the working memory model (WMM).
He is especially equipped with skills to verbalize his emotions. On multiple occasions throughout this observation J was able to communicate to me that he was frustrated with me or the teacher in a way that we were able to talk through and come to a solution to solve his frustration. (See example September, 3 9:40-10:10 fourth paragraph.) I was also able to see J verbally display his emotions on September, 3 8:30-8:45 when he was telling me that he really liked his classmate D and wanted her to be his girlfriend. In this conversation he was also able to verbalize to me that he understood that he was too young to
Working memory involves temporarily storing information as well as temporarily manipulating information. Thus, working memory is essential to learning a new language since it involves both temporarily remembering information as well as manipulating the information (as in producing the sounds just learned). Some languages have shorter phonemes, which may be the reason why it would be easier to remember some things in some languages rather than others. The average number of phonemes in English is 2 compared to 3 in Spanish. Thus, WM is crucial to learning languages, however “WM is not a unitary process and different subsystems can be distinguished; at least, (a) an executive frontal process, and (b) a memory storage process related to the left temporal lobe,” according to Ardila (“Working Memory” 2014, p. 229). As a result, different subsystems of WM may work differently depending on whether it is the first language learned (L1) or the second, L2. There is evidence that WM in L2 are significantly more difficult than in
Studies show that over time, the game of chess can truly be helpful not only in the game, but also in the workforce and educational objectives. For example, doctors and psychologists show that over time, one might improve not only their mood and logical skills, but also in one’s educational and developmental skills at a young age. In fact, if one person starts playing chess and their reading levels are below average, over a period of time learning the game of chess, someone could actually increase both their math and reading levels dramatically through the powerful gains of the game itself. In addition, people who have developmental disorders and other conditions such as autism, ADHD, dyslexia, dysgraphia can also benefit from playing the game of chess. Chess is more than just a simple board game; it has been shown to have several educational benefits that might help you improve your IQ score, math and reading scores, and more.
Another mental process that is constantly working in your brain is called the working memory system. This system is responsible for holding information temporarily or holding onto information that you are currently working with. The working memory system helps your brain piece sentences together. As well as recalling any phone numbers that you have memorized, so that that information is available to you right when you need it to
Luciana M, Lindeke L, Georgieff M, Mills M, Nelson CA. Neurobehavioral evidence for working-memory deficits in school-aged children with histories of prematurity. Developmental medicine and child neurology. 1999;41(8):521-533.
Creating a strategy to help strengthen fine motor skills of a young child who is developmentally delayed can be done by doing activities such as having the child mimic one’s own actions such as using the pincer grasp to pick up small pieces of food or otherwise which will help the child learn to hold a pencil when it comes time for that. Playing simple video games is another activity that strengthens these skills because the act of playing the video game promotes hand-eye coordination which improves the ability to use the small muscles of the hand to be able to work the remote control needed to play the game. In doing so the child is rewarded with accomplishing levels, which make the child want to keep practicing until the goals of the game are accomplished (Vanderbilt University,
Studies have shown that educational games can help children’s visual intelligence skills (Subrahmanyam, Kaveri, et al. 128). The. Similarly, some research has found that computer use helps kids with alphabet recognition, language, early mathematical knowledge and learning (Bremer 412).
L. L. Thurston’s theory of intelligence identifies seven recognizable intellectual abilities: spatial ability, memory, perceptual speed, word fluency, numerical ability, reasoning, and verbal meaning. Thurman argued multiple factors go into making up intelligence and although there may be some correlation between mental abilities, each ability is relatively independent of each other. A person having remarkable spatial ability or the ability to rotate an object and estimate horizontal and vertical dimensions might be deficient in word fluency or the ability to generate words rapidly.
Psychologists have differed on the definition for intelligence and how to measure intelligence. In this paper the definition of intelligence and how it is measured will be discussed by comparing and contrasting the two intelligence tests and two achievement tests chosen from the Mental Measurement Yearbook. The intelligence tests chosen were the Primary Test of Nonverbal Intelligence (PTONI) and the Test of Memory and Learning, 2nd ed., (TOMAL-2) and the achievement tests chosen were the Basic Achievement Skills Inventory (BASI) and the Differential Ability Scales, 2nd ed. (DAS-II). The measures of the intelligence tests will be evaluated for reliability, validity, normative procedure, and bias, and then compared with the achievement tests.
Much current work involves identifying the cognitive components (such as memory and attention span) used in problem-solving activities. Researchers also are trying to identify the processes that occur in the transition from one level of thought to the next. Another area of investigation is the cognitive components in reading and arithmetic. It is hoped that this research will lead to improved methods of teaching academic skills and more effective remedial teaching.