Empirical research paper writing help. You do an experiment based on the software attached here. The experiment is on Stroop Effect.

1 answer below »
Empirical research paper writing help. You do an experiment based on the software attached here. The experiment is on Stroop Effect.



Empirical Report Instructions General Requirements As described in the Course Information, you are required to participate in a cognitive experiment using the Experiments in Cognition software. The data you collect from yourself will be used to write an empirical research paper. Research papers are an important component of any educational experience, and will help you to develop and refine the following academic skills: 1. Critical reading of original research literature. 2. Summarizing and integrating research findings. 3. In-depth analysis and understanding of a topic of interest. 4. Objective writing for an academic audience. The format of the paper must follow the Publication Manual of the American Psychological Association (6th ed.), or simply APA style. You are encouraged to complete the APA Style Tutorial, and review the sample empirical report. Completing the empirical research paper and writing the results in APA style will enable you to achieve the following specific goals: 1. Obtain an experiential component to understanding research on cognition. 2. Enhance your appreciation for the research techniques used to investigate a mental phenomenon. 3. Apply APA format in a research paper assignment. Once completed, your empirical report should be submitted to the Empirical Research Paper Dropbox on the main course page. Please review Moodle Orientation for instructions on how to use the Dropbox. Experiments You may choose from any of the five experiments described in this manual. Some of these experiments are discussed in Farmer and Matlin (2019), and are replications or variants of well-known cognitive tasks that are noted for producing robust and reliable effects. A description of each experiment is provided along with detailed participant instructions. Before starting any experiment, it is very important that you read the Participant Instructions thoroughly as they provide important details about the tasks required for the experiment and how to respond. To complete an experiment, you will need a computer with Internet access to download the course software, Experiments in Cognition. General instructions on how to download and start the software are described in the next section. Each experiment will begin with an electronic Informed Consent form. You will be presented with a summary of the task requirements, and will be asked to click on a button to indicate your consent to participate. Informed consent is a necessary ethical requirement when conducting any type of research with human participants. On this page, you will have the option to indicate: (a) full participation in order to complete the paper requirements; (b) limited participation in order to learn more about the experiment; or (c) exit. If you indicate full participation, your data will be uploaded to a secured server in partial fulfillment of the paper requirements. You are only required to complete one experiment under full participation but you are encouraged to participate in any of the other experiments any number of times by indicating limited participation. If you select this option, your data from the experiment will only be stored on your computer. You might find that this option provides you with a better understanding of the cognitive phenomenon under investigation. In the event that Experiments in Cognition does not install properly, you can obtain the experiential part of participating in an experiment by going to the website PsyToolkit: https://www.psytoolkit.org Once you create a free account, you can choose to participate in the Stroop Task, Lexical Decision Task or the Mental Rotation Task, all of which involve identical cognitive processes used in the comparable tasks on Experiments in Cognition. To get access to the experiments you need to register and create a free account by clicking on “register” on the left-hand menu. Then enroll as a student, and log on using the password they send you. Once you have logged on, click on “get from library” under the “create” menu, then scroll down and search either “stroop” or “lexical” or “mental rotation” under the keywords. In either case the search result at the top of the list that is labelled “official” is the one you want to do. Click on “view,” then click on “run experiment.” This will give you the experience of what it is like to participate in a psychology experiment. Then, to write your report, refer to the appropriate assignment overview for general instructions and then use the information included with the Participant Instructions to prepare your Introduction and Methods section. Instead of your participation, your assignment will focus on the group participation. In terms of data, please let your tutor know which task you chose and they will send you the appropriate group data that you can use to write your results section. For the discussion section, you can draw upon your own experience as a participant in a similar study to comment on elements of the task, procedure or findings. Marking Outline Your empirical research report in APA style will comprise the following sections. 1. Title Page (2 points): The title page should contain the following elements in the APA prescribed positions: Running Head, Page Number, Title, Author, and Afilliation. You do not need to include Author Notes. 2. Abstract (6 points): The abstract is a 120-word summary of the entire paper, and is typically written last. The abstract succinctly summarizes the crucial elements of the four major sections of the empirical report (Introduction, Method, Results, and Discussion). 3. Introduction (35 points): The introduction provides a brief but thorough review of the relevant literature that leads to the hypothesis and the predicted results. The description of each experiment in the assignment manual is also accompanied by two references: the original study upon which the experiment is based, and a review of the literature relevant to the experiment. You are required to seek out three additional references using the online databases that are available from the Athabasca University Library (PsycInfo, ProQuest, etc.). Use the review article to identify topics or issues that you feel are relevant when selecting the additional references. In total, your paper should be based on at least 5 sources. The experiment descriptions also include a statement about dependent and independent variables. You will recall that experiments are defined by the presence of independent variables (variables manipulated by the experimenter) and the dependent variable (the variable measured by the experimenter). The general hypothesis of any proper experiment is that manipulations of the independent variable will cause changes in the dependent variable. Unlike other research methods, the experiment is capable of testing causal relations between variables. As you conclude the introduction, your review should naturally lead to a statement of the hypothesis and your predicted results. The predictions should be supported by the review. 4. Method (15 points): The method section is the objective summary and administration of the task, such that the experiment could be repeated by another researcher interested in replicating your findings. Be sure that your Method section contains the following subsections, as described in the APA Style Manual: Participants, Materials, and Procedure. Under Participants, you only need to describe the relevant characteristics of yourself as the lone participant. Those unfamiliar with APA format are strongly advised to consult the Style Manual before completing this section. 5. Results (7 points): The results section of an experiment usually involves the presentation of descriptive and inferential statistics. Descriptive statistics are summary statistics. Inferential statistics are tools used to determine whether the obtained findings are statistically significant. In this paper, you are only required to complete a descriptive analysis of your findings in the form of a table or figure (but not both). If you follow the instructions for the experiment, you will end up with a set of summary measures of your performance. This information will be used to construct an APA-style table or figure to include in your research paper. The table or figure will constitute the major portion of the results section. 6. Discussion (10 points): The discussion section provides an interpretation of the findings with respect to the predictions made in the Introduction. You can also include your own observations and impressions of the experience as a participant, any limitations or shortcomings, and/or any future directions. 7. References (5 points): The reference section contains a list of works actually read and cited in the body of the paper. All references must adhere to APA style. Your research paper should be 10 to 12 double-spaced pages. In addition to the preceding components, your writing style (grammar and spelling) will be marked out of 10 points, and adherence to general APA format will be marked out of 10 points. In summary, the research paper will be marked according to the following criteria: Section Points Title Page 2 points Abstract 6 points Introduction 35 points Method 15 points Results (and Table/Figure) 7 points Discussion 10 points References 5 points Writing style 10 points APA style 10 points Total 100 points Note: Your tutor may alter the criteria slightly, depending on his or her judgment. Experiment Description The Stroop effect (Stroop, 1935) is a robust phenomenon with a long history of study in cognitive psychology. As described in Chapter 3 of the Matlin text, the Stroop effect refers to an attentional finding that reveals how difficult it can be to focus on one thing (or, alternatively, to ignore something else). In the classic demonstration of the Stroop effect, words that are names of colours are presented to the participant in coloured ink, and the participant is required to ignore the word and name the ink colour. When the ink and word are consistent (e.g., the word “red” is written in red ink), responses are generally quick. However, when the ink and word are inconsistent (e.g., the word “red” is written in green ink), responses are relatively slower. In this experiment, you will be asked to indicate the colour of a computer-presented letter string by pressing a corresponding computer key as quickly as possible. There will be three conditions. In condition 1 (Neutral) the coloured letter strings will be composed of Xs. In condition 2 (Inconsistent) the letter strings will consist of colour words (e.g., red, green, blue) displayed in a colour different than the colour specified by the word. In condition 3 (Consistent) the letter string will consist of colour words displayed in the same colour specified by the word. You will test whether your reaction time in identifying the colour (i.e., the dependent variable) is affected in the consistent and inconsistent conditions when compared to the neutral condition (i.e., the independent variable). The following sources are strongly recommended as review materials for completing your paper and are available online through the AU library. You are also required to seek out three additional references for a total of five sources. Original Study: Stroop (1935). Studies of interference in serial verbal reactions. Journal of Experimental Psychology, 18, 643–662. Review Article: MacLeod, C. M. (1991). Half a century of research on the Stroop effect: An integrative review. Psychological Bulletin, 109, 163–203. Participant Instructions On each trial in this experiment, a plus sign will appear briefly in the center of the screen for 500 milliseconds, and will be immediately followed by a string of letters printed in one of four colours. Your task is to respond to the COLOUR of the letter string by pressing the correct key as quickly as possible. The appropriate key to press for each colour is as follows: red = z   green = x   blue = .   yellow = / The computer key-colour assignments will be displayed at the top of the screen but you may also want to tape colour terms (or colour patches) to your computer keys to help you keep track of the colour-key assignments. If the response is correct, the next trial will begin in 1500 milliseconds. If the response is not made within the 1500 milliseconds, or if the response is incorrect, or if an invalid key is pressed, a short tone will be presented and the next trial will begin in 1500 milliseconds. Each of the three conditions will be presented twice in blocks of 36 trials (i.e., six blocks of 36 trials), and the order of conditions across blocks and the order of trials within a block will be determined randomly. You will have an opportunity to take a short break between blocks. In addition, there will be a set of 18 practice trials (6 trials for each condition) at the beginning of the experiment. The raw data from the experiment (216 responses) can be examined by clicking the View Raw Data button. To summarize these data, click on the Analyze Raw Data button to compute the mean and standard deviation of the reaction times for correct responses in each of the three conditions. This button will also calculate the number of valid trials for each condition or the number of trials where a correct response was provided. Outwardly, this button produces no observable effect but must be pressed for the next button to work. To view the summarized results, click on the View Summarized Data button. This summary is important, and will be necessary to prepare an APA style table to include with your paper. Please note that, although the summary data appear in tabular form, the format is not in APA style. Part of your task is to create an APA table from the summarized data. To view the results of previous participants, click on the Display Group Data button. This button will display the average reaction time for the three conditions. You can use this information to compare with your own performance. This button will not work until you have participated in the experiment. Cognition
Answered 4 days AfterAug 07, 2023

Answer To: Empirical research paper writing help. You do an experiment based on the software attached here. The...

Dr Shweta answered on Aug 12 2023
23 Votes
Title: Stroop effect: Cognitive Interference
Abstract:
The Stroop effect refers to the phenomenon wherein individuals encounter challenges in accurately identifying the physical hue of a stimulus when it is presented in a manner that spells out the name of a different color. This rudimentary discovery holds significant implications within the realm of psychological research and clinical psychology. The objective of this research is to assess the disparity in reaction time between congruent and incongruent tasks. Based on the results obtained from the Stroop task experiment, it is apparent
that the duration of response time for accurately perceiving and identifying the color of written words in an incongruent task is significantly greater than the response time for accurately perceiving and identifying the color of written words in a congruent task. This is true notwithstanding the fact that both activities need the engagement of the participant in reading and evaluating the color of the printed words. The mean response time for the incongruent task was found to be 1079.133 ± 82.306 milliseconds. In contrast, the mean response time for the congruent task was 841.6 ± 77.867 milliseconds.
Introduction:
The Stroop Effect is a phenomenon in the field of Cognitive and Experimental Psychology which is characterized by the disparity in response time when individuals are presented with congruent and incongruent stimuli [1]. It has been shown that individuals require more time to correctly identify the color of a word when the font color and the name of the color are incongruent, as compared to when they are congruent. This phenomenon is also referred to as cognitive interference [2]. The effect is named after John Ridley Stroop, who published the phenomenon in English in 1935. The Stroop task has been utilized in the discipline of psychology to examine the potential associations between processing speed and executive functions, as well as working memory and cognitive development, across many situations. The Stroop test also provides evidence of an individual's ability to regulate their own behavior and can be used in both therapeutic interventions and research endeavors [3]. It is observed that the duration required to successfully do Stroop tasks exhibits a gradual decrease from early childhood to early adulthood due to notable improvement in information processing speed and enhanced cognitive control [4].
The use of color designations that do not correspond to the actual hue that they are written in is an example of an experiment that demonstrates this phenomenon and serves as an instructive example. It's possible, for instance, that the word "red" will be written with yellow ink rather than red ink. This particular situation serves as an illustration of a discrepancy. When the color of the ink does not correspond to the term that is given to the color, it causes people to take more time to respond to inquiries about the color of the word and increases the likelihood that they will make a mistake [5].
Fig. 1 Incongruent Stimuli
It is possible to classify the stimuli that are used in Stroop tests into three distinct categories: neutral, congruent, and incongruent. The phrase "neutral stimuli" is used throughout the course of an empirical investigation to refer to stimuli that only transfer either textual or chromatic information to the participant. A scenario in which the color of the ink and the word that is being exhibited are related to the same color may be classified as a congruent stimulus. For example, the word "pink" being written with ink of a matching hue is an example of this type of scenario. Incongruent stimuli are circumstances in which there is a difference between the color of the ink and the word that is being exhibited. For example, the word may be shown in a different color than the ink. The results of the Stroop tests are very reliable and yield answers that are consistent across three different experimental observations. The first finding, which is referred to as semantic interference, implies that the process of identifying the color of ink for neutral stimuli is easier when the ink color and the word that is being provided do not conflict with one another. This is in contrast to circumstances in which the ink color and the word being presented are incongruent with one another. The second discovery has to do with semantic facilitation, which shows that the job of identifying the color of the ink used in stimuli that are congruent is simpler than the task of identifying the color of the ink used in stimuli that are neutral. In particular, the last observation indicates Stroop asynchrony when there is only a single-colored square shown. This is because there is no semantic distraction or facilitation when the job requires reading the word rather than detecting the color of the ink being utilized.
According to the findings of the study that was carried out by Okayasu et al. (2023) [6], the Stroop effect is shown to display a strong interference between the information pertaining to language and color. The occurrence of this phenomena is made possible by a fronto-cerebellar loop that may operate in either an excitatory or an inhibitory manner, depending on the situation. The loop is responsible for the implementation of verbal and cognitive processes that, in situations marked by perceptual conflicts, promote goal-directed behavior. In their study, Sahinoglu et al. (2016) [7] investigated the connection between event-related potentials and the Stroop effect. They focused on the fundamental idea that human behavior is impacted by the correlation between stimuli and responses. The human brain is the organ that processes and evaluates information received from the body's many senses in relation to the external world. After that, it engages the muscular system in order to coordinate and trigger the proper motor response to the stimulus. Because the...
SOLUTION.PDF

Answer To This Question Is Available To Download

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here