Module One Lab Worksheet Guidelines and Rubric
Overview
Welcome to your first lab assignment! In these labs, you will complete tasks that help us measure and understand how the mind truly works. To begin this journey, we will first explore the process of perception. This is the capacity that we have to extract information from the outside world through our senses. Perception occurs when we are able to organize sensory elements into recognizable patterns. We rely on these senses, mostly vision, to help us navigate a complex, three-dimensional space that can change quickly. If we do not perceive something, can we pay attention to it? Can we recall something that we never saw? Perception is the gateway to the mind.
While completing these labs, you should ask yourself some important questions. How exactly do we gather information from the outside world? What is the speed of perception and how does it limit the speed of your reaction? Is what we see really what we get or are we always looking to find what we need from our environment? How do we pick out a face in a crowd while ignoring all the other faces? How do we isolate the signal in a sea of noise?
These labs strip away the more complex aspects of perception to focus on the fundamentals of this process. How fast can you be? How accurate can you be?
Prompt
Complete the following labs:
- Simple Detection
- Signal Detection
- Visual Search
Then complete the Module One Lab Worksheet Template. Specifically, you must address the following rubric criteria:
- Record data and include screenshots of results for all module labs.
- For the Simple Detection lab, address lab questions accurately.
- For the Signal Detection lab, address lab questions accurately.
- For the Visual Search lab, address lab questions accurately.
- Address the module question accurately.
PSY 375 Module One Lab Worksheet Template
Complete this template by replacing the bracketed text with the relevant information. All responses to lab questions should be in your own words or paraphrased.
Simple Detection Lab
Data
· Insert your data in the table below.
Trial Number | Reaction Time |
1 | [Insert value] |
2 | [Insert value] |
3 | [Insert value] |
4 | [Insert value] |
5 | [Insert value] |
6 | [Insert value] |
7 | [Insert value] |
8 | [Insert value] |
9 | [Insert value] |
10 | [Insert value] |
11 | [Insert value] |
12 | [Insert value] |
13 | [Insert value] |
14 | [Insert value] |
15 | [Insert value] |
16 | [Insert value] |
17 | [Insert value] |
18 | [Insert value] |
19 | [Insert value] |
20 | [Insert value] |
· Insert a screenshot of the lab output below.
[Insert screenshot]
Lab Questions
· How do your individual results relate to cognitive theories or concepts? Hint: For ways to relate your answer to course concepts, see the lab introduction, the predicted results that come with your output, and the text.
[Insert text]
· Why can you not react faster than 200ms?
[Insert text]
Signal Detection Lab
Data
· Insert your data in the table below.
Number of Dots | d’
|
C | Hits | False Alarm | Correct Rejections | Misses |
[Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] |
[Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] |
[Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] |
· Insert a screenshot of the lab output below.
[Insert screenshot]
Lab Questions
· How do your individual results relate to cognitive theories or concepts? Hint: For ways to relate your answer to course concepts, see the lab introduction, the predicted results that come with your output, and the text.
[Insert text]
· What does d’ measure and how is it calculated? Why is this a helpful tool when measuring cognitive tasks?
[Insert text]
Visual Search Lab
Data
· Insert your data in the table below.
Number of Distractors | Feature Present | Feature Absent | Conjunction Present | Conjunction Absent |
[Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] |
[Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] |
[Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] |
[Insert value] | [Insert value] | [Insert value] | [Insert value] | [Insert value] |
· Insert a screenshot of the lab output below.
[Insert screenshot]
Lab Questions
· How does the pattern of your individual results relate to that predicted for feature vs conjunction searches? Hint: For ways to relate your answer to course concepts, see the lab introduction, the predicted results that come with your output, and the text.
[Insert text]
· What is an example of a conjunction search in everyday life? For example, think about decisions that law enforcement officers, educators, medical professionals, or computer scientists make. This example can be personal or hypothetical.
[Insert text]
Module Question
· Compare and contrast the differences in what your mind had to do to complete the tasks.
[Insert text]
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