PSYC 110 Week 2 Assignment Alopes
Student Name
Chamberlain University
PSYC-110: Psychology
Prof. Name
Date
How We Perceive Our Surroundings
The Role of Hearing in Environmental Awareness
Social interaction is an essential aspect of human existence, and one of the key senses that facilitates this interaction is hearing. For this week’s assignment, I selected Option 2, which focuses on how auditory perception helps individuals engage with their surroundings. The process of hearing is a highly coordinated sequence involving various anatomical structures in the ear. As described in the Week 2 Lesson Module, the journey of sound begins when sound waves are collected by the outer part of the ear known as the pinna. These waves travel through the auditory canal and cause the eardrum to vibrate. This vibration is transferred to the three tiny bones in the middle ear—the hammer (malleus), anvil (incus), and stirrup (stapes)—which amplify the sound and pass it to the oval window of the cochlea.
Once inside the cochlea, fluid motion is generated, stimulating the basilar membrane and the organ of Corti. Hair cells located on this organ function as sensory receptors. When bent, these cells trigger neural impulses that are carried by the auditory nerve to the brain, where sound is interpreted and experienced as meaningful information (Franklin, 2022). This complex yet efficient process allows humans not only to hear but also to localize sound, communicate effectively, and remain aware of potential environmental hazards.
Personal Experiment: Experiencing the World Without Hearing
Purpose and Setup of the Experiment
To explore the influence of hearing on daily activities, I conducted a self-experiment by intentionally limiting my ability to hear for a period of 15–30 minutes. I used noise-canceling AirPods to simulate temporary deafness and chose to carry out this experiment during my regular gym workout. The primary objective was to assess how well I could perform familiar physical activities by relying solely on my other senses—vision, touch, smell, and taste.
Observation During the Workout
Without access to auditory input, I noticed a dramatic shift in how I approached my workout. Vision became my dominant sense, allowing me to identify gym equipment, maintain form, and follow visual cues from other gym-goers. My sense of touch also played a critical role, particularly in weightlifting, where I needed to adjust my grip and balance in response to the weight’s resistance. The table below summarizes my reliance on each sense during this activity:
PSYC 110 Week 2 Assignment Alopes
| Sense | Role During Workout |
|---|---|
| Sight | Used to navigate space, observe form, and follow visual cues |
| Touch | Helped gauge equipment weight and maintain control |
| Smell | Limited role, mostly background environmental awareness |
| Taste | No involvement in workout context |
| Hearing | Deactivated to understand its absence and impact |
Despite my ability to function, I found the workout more mentally taxing. Normally, music boosts my motivation and tempo; without it, I struggled to maintain focus and energy. Interestingly, I also noticed an absence of distractions—without the usual gym clatter, I felt more internally centered, albeit somewhat disconnected.
Psychological Concepts: Habituation and Sensory Adaptation
Understanding Habituation and Adaptation
The experiment provided an opportunity to observe key psychological principles in real time. According to Feldman (2018), habituation refers to a reduction in response after repeated exposure to a stimulus. Early in the experiment, I was hyper-aware of my environment, constantly checking my surroundings visually. Over time, my attention to peripheral movements lessened, illustrating this form of learning.
Similarly, sensory adaptation—the diminished sensitivity to a constant stimulus—was also apparent. As the absence of sound continued, my brain adjusted. What initially felt unnatural eventually became manageable, and I could focus more effectively on the physical tasks at hand (Feldman, 2018). This adaptation highlights the brain’s remarkable ability to recalibrate when sensory input changes.
Reflection: Insights and Empathy Gained
Participating in this experiment gave me a firsthand understanding of how essential hearing is in shaping our perception and functioning. More importantly, it deepened my empathy for individuals who are deaf or hard of hearing. Though my experience was temporary and under controlled conditions, it required considerable mental and physical adjustments.
Living without the ability to hear on a permanent basis would demand long-term behavioral changes and increased dependence on other senses. However, this also reinforces the idea that human beings are inherently adaptable. Just as I recalibrated my behavior to navigate a soundless environment, many people with hearing impairments develop unique strategies and strengths that allow them to thrive.
This exercise was not only informative but transformative. It provided insights into how I perceive the world and how reliant I am on sound for motivation and environmental awareness. While I missed the stimulation and rhythm that music brings to my workouts, the experiment highlighted the subtler, often overlooked aspects of sensory interaction.
Conclusion
The auditory system plays a crucial role in how we interact with our surroundings, communicate, and stay safe. Through this experiment, I discovered how quickly the brain can adapt when deprived of a major sense. Although challenging, this experience provided a clearer understanding of how humans rely on multisensory input to function and how we can adjust when circumstances change. It also emphasized the importance of empathy and appreciation for those who navigate the world differently. By becoming more aware of our sensory processes, we gain not only personal insights but also a broader perspective on human diversity and resilience.
References
Feldman, R. S. (2018). Understanding psychology (13th ed.). McGraw-Hill Education.
PSYC 110 Week 2 Assignment Alopes
Franklin, C. (2022). Week 2 Lesson: Sensation, Perception, and Consciousness. PSYC 110 Course Module.