social facilitation in daily life

social facilitation occurs when an individual performs a task better when others are around. This was first discovered by Norman Triplett in 1898. He had a cyclist race against another cyclist and then he had a cyclist race against the clock. He realized the cyclist rode faster when he was competing against someone else. In this situation, the cyclist rode faster due to himself being competitive. This is the co-action effect, where the task performance was increased when someone else alongside is performing the same task.

Another way that can increase an individual’s performance is when there are people watching the individual doing it. This phenomenon is called the audience effect. Dashiell found in 1933 that the subject’s multiplication skills increased when there were audience spectating. He was able to complete more equations when others are watching him. This only works when someone who’s performing the task is good at it in the first place; if the individual is bad at some task, and an audience is watching, the individual’s performance may actually decrease. This is called social loafing.

Social facilitation happens to me all the time. When I was in my high school varsity basketball team, we have to face people who are performing the same task while an audience is watching. This means both co-action and audience effect are taking place.  I have been playing this sports for a long time so naturally, my performance increased in games. I get really competitive as I want to be the best on the court and I also get really excited and wants to play harder when the there is a huge crowd. I remember playing in the Jr. NBA finals where I was playing in front of the biggest crowd I’ve seen, and I played my best basketball in that game.

 

 

Dashiell, J. F. (1935). Experimental studies of the influence of social situations on the behavior of individual human adults.

 

Triplett, N. (1898). The dynamogenic factors in pacemaking and competition. The American journal of psychology, 9(4), 507-533.

Classical conditioning in daily life

Classical conditioning is a phenomenon that was accidentally discovered by the scientist Ivan Pavlov. He would ring a bell and feed his dogs right after he rang it and over time when he just rang the bell, the dogs would salivate even though food is not presented. This is because the dogs have paired up the ringing of the bell to food correlation. There are four components in classical conditioning; unconditioned stimulus(US), unconditioned response(UR), conditioned stimulus (CS) and conditioned response (CR). Presenting food to the dogs in Pavlov’s example is a US and is followed by the dogs salivating which is a UR. This stimulus and response are natural dog behaviors. Ringing the bell is a CS, and it is then followed by the US, and then followed by UR. Over time, with this exact pattern, the CS will lead to a CR without US in between. In Pavlov’s example, ringing the bell is the CS followed by salivating directly after which becomes a CR.

This CR is not permanent however; if a CS was followed by no US repeatedly, then the CR will eventually go away, or extinction. The interesting thing is, if the CR went away due to the lack of US and the US came back again, CS will also come back instantaneously, this phenomenon is called spontaneous recovery.

I do have a cat that is classically conditioned; when I opened the pantry door, he would sit by his food bowl and wait for me to take the foot out of the pantry. I realized many pets do so, and I also realized that I am classically conditioned in many aspects. When I am cooking, sometimes the hot oil will pop and slash on my skin which leads to slight burning pain. A few times after the oil pops and splash on my arm and I flinch after, I developed a CR. Every time the oil pops, I would flinch even though the oil didn’t hit me. The US was the hot oil and the UR was me flinching, and the CR was the popping sound and CS was me flinching. When the oil pops and did not hit me for a couple of times, I would stop flinching when the oil pops. When the oil suddenly hits me again, my CR comes back immediately after that one time of oil drop hitting me.

 

Rehman, I. (2019, June 18). Classical Conditioning. Retrieved from https://www.ncbi.nlm.nih.gov/books/NBK470326/.

Misinformation Effect

Misinformation effect occurs when one’s episodic memory becomes inaccurate due to information giving after an event. Loftus and Palmer showed a series of images that involves two cars hitting each other. They realize that using different verbs affect the participants’ prediction of the cars speeding. For example, using the verb “smash” makes the participants think the car is at a faster speed than “bump” or “hit”. Half the participants were then asked “how fast were the cars going when they hit each other” and the other half was asked, “how fast were the cars going when they smashed each other.” Then the researchers asked the participants whether they saw any broken glass, and the correct answer is there was no broken glass in the images. More participants that had the question “how fast were the cars going when they smashed each other?” answered they saw broken glass than the participants with the word “hit”. This shows that memories can be easily manipulated and makes the subject believe it’s real with just a few questions after the event.

 

This happens because memories are constructive. It is constantly build up upon each other and when there are gaps in memories, the brain tends to fill it up. This way our memories more coherent and connected. With some misinformation after the memory has been encoded in the brain, it can be constructed into existing memories appearing as a real memory. The information implemented after the event acts as retrograde amnesia and interferes with the memories of the event.

 

I think everyone had times where they experienced misinformation effect or have memories input in their brains that they don’t remember before. When I am taking a test, I have the habit of recalling the correct information that the professor said in class. This works most of the times and I would usually write out the correct answer. However, when I am uncertain about an answer I tend to recall fake memories, this happens often when it’s a multiple-choice test where I wouldn’t be so confident in choosing an answer. I would see one of the answer and start to “recall” the professor giving out that information in class even though it did not happen. I even have the correct voice and body language of the professor in my brain telling these things. These memories seem so real and I often would choose that answer and it would come out wrong most of the time.

 

Mcleod, Saul. “Loftus and Palmer.” Loftus and Palmer | Simply Psychology, 1 Jan. 1970, www.simplypsychology.org/loftus-palmer.html.